Category: Renewable Hydrogen

  • MIL-OSI Asia-Pac: 3rd edition of Kautilya Economic Conclave 2024 (KEC2024) concludes in New Delhi

    Source: Government of India

    3rd edition of Kautilya Economic Conclave 2024 (KEC2024) concludes in New Delhi

    Prime Minister Shri Narendra Modi gave a special address at the KEC2024 to the participants, evoking enthusiasm in its ongoing effort to make India a developed economy by 2047

    The Prime Minister emphasised India’s emergence as a preferred global investment destination due to substantial reforms over the last decade

    Union Finance Minister gave an overview of India’s high economic growth, fiscal management and investment on infrastructure, manufacturing, and technology while reiterating the government’s commitment to inclusive growth and reforms

    Dr. Jaishankar stressed on the emergence of AI and its far-reaching impact on economic and social activities

    Prof. Jagdish Bhagwati lauded the Prime Minister for his leadership, emphasising his timely intervention with a shift from inward-looking policies to a more open, productive economy

    KEC2024 showcased India’s new role in setting the global agenda, particularly in areas like green energy, technology, and trade reform, and highlighted India’s aspirations for inclusive growth and its evolving role as a strategic leader of the Global South

    Over 150 prominent economists, policymakers, and academic pioneers from India and around the globe participated in the KEC2024

    Posted On: 07 OCT 2024 8:37PM by PIB Delhi

    The third edition of the Kautilya Economic Conclave 2024 (KEC2024) held between October 4-6, 2024, in New Delhi, was successfully concluded yesterday. The Prime Minister, Shri Narendra Modi, addressed the KEC2024 with a special address to the participants, evoking enthusiasm in its ongoing effort to make India a developed economy by 2047.

    Over 150 prominent economists, policymakers, and academic pioneers from India and around the globe participated in the KEC2024, organised by the Institute of Economic Growth (IEG) in partnership with the Department of Economic Affairs (DEA), Ministry of Finance (MoF). It featured 11 Plenary Sessions, 12 interactive sessions and bilateral discussions on contemporary economic and social challenges facing both India and the world.

    The Prime Minister’s vision for a Viksit Bharat is predicated on continued economic growth, structural reforms and harnessing the cutting edge of technology.

    In his address, the Prime Minister emphasised India’s emergence as a preferred global investment destination due to substantial reforms over the last decade, including advancements in banking, taxation, and infrastructure, and also discussed India’s commitment to green energy, highlighting initiatives like the green hydrogen mission and the Global Biofuel Alliance, which were critical outcomes of India’s G20 Presidency.

    Earlier, the KEC 2024 kicked off with an inaugural address by Union Minister for Finance and Corporate Affairs Smt. Nirmala Sitharaman, who emphasised India’s robust macroeconomic fundamentals and its abilities to address multiple uncertainties.

    Smt. Sitharaman also gave an overview of India’s high economic growth, fiscal management and investment on infrastructure, manufacturing, and technology while reiterating the government’s commitment to inclusive growth and reforms.

     

     

    The KEC2024 concluded with the Union Minister for External Affairs Dr. S. Jaishankar in conversation with Mr. N.K. Singh, President of the Institute of Economic Growth, where they discussed India’s strategic role in the Global South.

    Dr. Jaishankar highlighted how India is seen as a “trusted and articulate member” and spoke on the increasing importance of alternative global frameworks such as the India-Middle East-Europe Economic Corridor (IMEC) and the International Solar Alliance (ISA), which are shaping global collaboration beyond traditional structures like the UN. Dr. Jaishankar also stressed on the emergence of AI and it’s far reaching impact on economic and social activities.

    A key highlight was the participation of Prof. Jagdish Bhagwati, one of India’s most respected economists, who praised India’s transformation from “taking advice” from global institutions like the World Bank to now “giving advice” to them. He lauded the Prime Minister for his leadership, emphasising that his timely intervention shifted from inward-looking policies to a more open, productive economy given the complexities, strategies have been nibble to grasp new opportunities while addressing ongoing challenges.

    Throughout the KEC2024, experts delved into several critical topics like the challenges affecting factors of productivity such as skilling to enhance employment, and growth enhancing strategies; the urgent need to address climate change and strategies for a green transition; best international and domestic practices in industrial policy; the challenges and consequences of geo-economic fragmentation; reforming the international financial architecture; and artificial intelligence and its potential effects on jobs and the economy, to mention a few.

    The KEC2024 featured a wide array of distinguished participants, both from India and abroad. Key international participants included, among others, Bhutan’s Finance Minister Mr. Lyonpo Lekey Dorji; Ms. Amelie de Montchalin, Frech Permanent Representative of OECD & former French Minister; Mr. Albert Park, Chief Economist and Director General, Asian Development Bank; Mr. Masood Ahmed, President Emeritus of the Centre for Global Development; Mr. Justin Yifu Lin, Dean of the Institute of New Structural Economics at Peking University; Mr. Erik Berglof, Chief Economist at the Asian Infrastructure Investment Bank; Lord Nicholas Stern, IG Patel Professor of Economics and Government, London School of Economics; and mr. John Lipsky, Senior Fellow at the Foreign Policy Institute, Johns Hopkins University. Among the Indian participants, notable figures included Mr. Arvind Panagariya, Chairman of the 16th Finance Commission; Mr. Suman Bery, Vice Chairman of NITI Aayog; Dr. V. Anantha Nageswaran, Chief Economic Advisor, and Secretaries from the Ministry of Finance and Ministry of External Affairs.

    These discussions spanning over three days – centred around the theme of “the Indian Era”. There were sessions on topics such as “Relationship between climate and development goals”; “Geo-economic fragmentation and the implications for growth”; “Financing the green transition”; “The rise of Asia and its implications for development economics”, etc.

    The deliberations at the conclave showcased India’s shift from following global directives to setting the global agenda, particularly in areas like green energy, technology, and trade reform, and highlighted India’s aspirations for inclusive growth and its evolving role as a strategic leader of the Global South, while reinforcing its ambition to become a developed economy by 2047.

    ****

    NB/KMN

    (Release ID: 2062979) Visitor Counter : 55

    MIL OSI Asia Pacific News

  • MIL-OSI: Trans Mountain Announces 10-Year Monitoring Agreement with Hifi Engineering

    Source: GlobeNewswire (MIL-OSI)

    CALGARY, Alberta, Oct. 07, 2024 (GLOBE NEWSWIRE) — Trans Mountain has entered into an agreement with Hifi Engineering (Hifi) to deploy a High-fidelity Distributed Sensing (HDS™) fibre optic network for comprehensive monitoring and enhanced leak detection on the Trans Mountain Expansion Project. The hybrid fibre optic network consists of a telecommunications cable paired with Hifi’s specialized optical sensing fibre and dual micro duct conduit.

    “Trans Mountain is committed to continuous improvement in all facets of our operation,” said Jason Balasch, Vice President, Business Development and Commercial Services. “Our pipeline system was already monitored around the clock by two leak detection systems through our control centre in Edmonton. This agreement with Hifi provides our system another layer of leak detection and comprehensive monitoring utilizing their state-of-the-art technology.”

    In addition to installing the fibre optic system for enhanced leak detection and intrusion monitoring, Trans Mountain and Hifi have signed a 10-year monitoring agreement. Under this agreement, Hifi will provide real-time monitoring support from its 24/7 operations centre.

    “We are honoured to have this agreement with Trans Mountain to include 24/7 monitoring support of this multi-product infrastructure,” said Steven Koles, President and CEO, Hifi. “It represents a great showcase of the product agnostic distributed optical sensing and artificial intelligence and machine learning technology from Hifi which can be applied to all types of pipelines including conventional oil and gas, as well as carbon dioxide, hydrogen, and water.”

    State-of-the-art fibre optic system deployed on pipeline for the Trans Mountain Expansion Project.

    The Trans Mountain and Hifi initiative marks the world’s longest fully distributed fibre optic sensing deployment on a multi-product liquids pipeline.

    Hifi’s HDS™ system, now substantially complete, has been under a progressive baselining and commissioning process since the completion of the Trans Mountain Expansion Project. This process leverages new automation and machine learning developed by Hifi to fully baseline normal pipeline operations.

    The deployment includes surveillance support for leak detection, ground disturbance and security integrity risks, including right-of-way intrusion, strain monitoring, pig tracking and other operational applications. The fibre optic system can measure vibrations, temperature and pipe movement, continuously and accurately and can pinpoint the location of a suspected leak or other event within metres.

    Trans Mountain’s pipeline system is also monitored by two computational systems, overseen by control centre operators and the leak detection group. Operators have the authority to shut down the pipeline in the event of a system alarm.

    Trans Mountain and Hifi were recently recognized by the Fibre Optic Sensing Association (FOSA), receiving Project of the Year for this initiative.

    State-of-the-art fibre optic system deployed on pipeline for the Trans Mountain Expansion Project.

    About Trans Mountain

    Trans Mountain Corporation operates Canada’s only pipeline system transporting oil products to the West Coast. We deliver approximately 890,000 barrels of petroleum products each day through a dual pipeline system of more than 1,150 kilometres of pipeline in Alberta, British Columbia and 111 kilometres of pipeline in Washington state.

    Trans Mountain also operates a state-of-the-art loading facility, Westridge Marine Terminal, with three berths providing tidewater access to global markets.

    As a federal Crown corporation, Trans Mountain continues to build on more than 70 years of experience delivering operational and safety excellence through our crude oil pipeline system.

    With our expanded pipeline system now in place, Trans Mountain provides enhanced direct access for Canadian crude oil to world markets. The expansion realizes a world-class system for oil transport, developed to Canada’s high standards within one of the most stringent regulatory regimes in the world, creating long-term economic benefits, enhanced marine protection, enhanced safety and emergency management capabilities, and enhanced skilled-worker capacity building in communities and Indigenous groups.

    About Hifi

    Hifi is a privately held Canadian company, with minority ownership from Enbridge, Cenovus and BDC, specializing in the development, supply and commercial operation of next generation fiber optic sensing technologies and machine learning software primarily used for preventative monitoring of pipelines and other critical assets. Hifi’s technology is deployed across over 3.5 million meters of pipeline assets globally. Headquartered in Calgary, Alberta, Hifi currently has a number of commercialized service offerings based on its high fidelity distributed sensing (HDS™) technology platform, over 100 patents issued or pending, and was recently awarded 2023 Innovation award from Energy Connections Canada (ECC). Hifi was also named one of SDTC’s Sustainability Changemakers for both 2022 and 2023 in addition to winning awards from the Fiber Optic Sensing Association in 2023, 2022 and 2021 for Innovation and Project of the Year (for the 1,200 km Trans Mountain Expansion pipeline project). Hifi has ranked as one of the Fastest-Growing Companies in North America on the 2021 and 2023 Deloitte Technology Fast 500.

    Media Contact

    Trans Mountain Media Relations
    (604) 908-9734 or (855) 908-9734
    media@transmountain.com

    Hifi Engineering
    (403) 264-8930
    info@hifieng.com

    Photos accompanying this announcement are available at

    https://www.globenewswire.com/NewsRoom/AttachmentNg/0f1c71da-554a-49b2-9a7c-53c138e89f54

    https://www.globenewswire.com/NewsRoom/AttachmentNg/55b5ee87-bf52-4f13-8a0d-4210e18ac37b

    The MIL Network

  • MIL-OSI United Kingdom: Prime Minister puts investment at the heart of first Council of the Nations and Regions

    Source: United Kingdom – Executive Government & Departments

    Leaders from across the UK will come together in Scotland next week [Friday 11 October] as the Prime Minister convenes the first Council of Nations and Regions.

    • Prime Minister convenes leaders from across the UK for Council of the Nations and Regions in Scotland on Friday 11 October.
    • Council to focus on maximising opportunities to deliver investment and growth across the UK.
    • Comes as speakers are confirmed for the UK Government’s inaugural International Investment Summit.

    Leaders from across the UK will come together in Scotland next week [Friday 11 October] as the Prime Minister convenes the first Council of Nations and Regions. 

    Three days ahead of the International Investment Summit, the first Council will focus on investment and growth and is a key moment to ensure everyone is collectively playing their part to maximise the opportunity the Summit presents for the whole of the UK.  

    The Council brings together First Ministers, Northern Ireland’s First Minister and Deputy First Minister and regional Mayors from across England, as the UK Government forges new partnerships, resets relationships and seizes the opportunity to secure long term investment with the aim of boosting growth and living standards in every part of the UK. 

    Prime Minister Keir Starmer said:  

    I’m determined to bring forward a new era of stability, trust, and partnership with businesses, investors, Devolved Governments, and local leaders to boost the economy and restore the UK’s reputation one of the best places in the world to do business.

    I’ve set out that we will be doing things differently, and that’s exactly why we are delivering our promise to convene the first Council of the Nations and Regions as we work as one team to maximise opportunities ahead of the Investment Summit.

    No more talking shops of the past. Genuine, meaningful, and focused partnership to change the way we do business, redefine our position on the world’s stage, and unlock the whole of the UK’s untapped potential to make everyone, everywhere better off.

    Tracy Brabin, Mayor of West Yorkshire, said:

    This new era of genuine partnership working between the Government and Mayors will help us to unleash the potential of our great regions and boost growth. 

    Mayors are champions of their regions at home and abroad, attracting investment, creating good jobs, and putting more money in people’s pockets. Our investments in transport, skills and homes, create the right environment for growth by connecting businesses to the talent and finance they need to succeed.

    Through partnership working and by listening to business, we’ll deliver the long-term investment our country needs to shake off stagnation and face the future with confidence.

    Local leaders as well as Heads of the Devolved Governments have also been invited and are expected to attend the International Investment Summit to forge new partnerships with businesses to unlock growth in every corner and every community across the UK.

    The UK Government led inaugural International Investment Summit is expected to be opened by the Prime Minister where he will take part in an in conversation event with Eric Schmidt – the pioneer behind Google’s transformation from start up to one of the world’s most powerful companies. 

     Eric Schmidt, Former CEO & Chairman of Google KBE said:

    Artificial intelligence represents one of the most transformative technologies of our time. It will change how economies everywhere function, and it will determine which countries stay competitive in the decades to come.

    Last year, when the UK hosted the first global summit on AI safety, the country displayed its commitment to being a leader in responsible innovation. Now, it has the opportunity to go even further and articulate a vision for the future where the UK is a hub for world-class talent.

    I’m looking forward to discussing with the Prime Minister how we can drive even greater investment in research and education to ensure the UK stays at the forefront of these technological breakthroughs.

    The Summit will gather UK leaders, high-profile investors and businesses from across the world at a historic venue in central London – with confirmed speakers including Ruth Porat President & Chief Investment Officer, Alphabet and Google, Alex Kendall, CEO of Wayve and Bruce Flatt, CEO of Brookfield Asset Management. 

    The event will provide an opportunity for the Government to establish enduring partnerships with businesses to boost investment in the UK and to give investors the certainty and confidence they need to drive growth.  

    It will be sponsored by Barclays, HSBC, Lloyds, M&G plc, Octopus Energy, and TSL.   

    Today’s announcement follows the Government confirming funding this week to launch the UK’s first carbon capture sites in Teesside and Merseyside. In a boost for economic growth and protecting the environment, the new carbon capture and CCUS enabled hydrogen projects will create 4,000 new jobs, sustain important British industry, and help remove over 8.5 million tonnes of carbon emissions each year – the equivalent of taking around 4 million cars off the road.

    The UK International Summit is sponsored by:

    C.S. Venkatakrishnan, Group Chief Executive, Barclays said: 

    The International Investment Summit is an important opportunity for the Government to build further investor confidence based on its priorities for driving UK economic growth.   

    The UK’s stability, skills and history of innovation make it an attractive investment destination. The private sector has an important supporting role in helping the economy.  Barclays has made its largest ever capital investment in the UK to drive economic growth and we continue to connect both domestic and international investors with opportunities across the country.

    Georges Elhedery, Group CEO, HSBC said: 

    From SMEs to multinational corporates, UK companies’ enterprise, expertise and innovation present huge opportunities for partnership and economic growth. With our long history of helping UK customers trade with the world and international customers to invest in the UK, HSBC is pleased to support the International Investment Summit.

    Charlie Nunn, Group Chief Executive, Lloyds Banking Group said:

    The UK business environment remains an innovative and dynamic destination for investors and global talent, and we are proud to support the International Investment Summit. Lloyds works with corporate and institutional clients from the UK and across the world – generating jobs and growth, attracting inward investment, and increasing exports.  These are essential ways we are helping Britain prosper.

    Andrea Rossi, CEO, M&G plc said:

    The UK has a clear national mission to drive economic growth and back wealth creation across every region of the country. At M&G, we have actively invested in the UK for 175 years, driving progress and helping people, businesses and communities thrive. We continue to support a range of companies, invest in critical infrastructure and play our part in boosting regional economies. The International Investment Summit is a crucial moment to put the UK back on the investor map, showcase market opportunities and reinforce how business and government can work in partnership.

    Greg Jackson, CEO of Octopus Energy said: 

    The UK is the vanguard of green innovation, brimming with the talent and technology needed to accelerate the global energy revolution. By investing in British renewables and clean tech, we’re not just creating greener energy for people but driving the solutions that will power the world. The International Investment Summit is a great opportunity to showcase the UK’s climate leadership and revolutionise the sector.

    Jackie Wild, TSL Group CEO said: 

    We are delighted to be a partner to the International Investment Summit. We founded TSL more than two decades ago with the vision of creating a British export model of technical engineering and construction excellence. We are proud to be delivering projects for international clients across the world to power the fourth industrial revolution. 

    In addition, through the creation of SmartParc, our cutting edge, investable platform for food industry change, we continue to facilitate inward investment into the UK’s food industry to safeguard our national food security.

    Updates to this page

    Published 5 October 2024

    MIL OSI United Kingdom

  • MIL-OSI United Kingdom: Press release: Prime Minister puts investment at the heart of first Council of the Nations and Regions

    Source: United Kingdom – Prime Minister’s Office 10 Downing Street

    Leaders from across the UK will come together in Scotland next week [Friday 11 October] as the Prime Minister convenes the first Council of Nations and Regions.

    • Prime Minister convenes leaders from across the UK for Council of the Nations and Regions in Scotland on Friday 11 October.
    • Council to focus on maximising opportunities to deliver investment and growth across the UK.
    • Comes as speakers are confirmed for the UK Government’s inaugural International Investment Summit.

    Leaders from across the UK will come together in Scotland next week [Friday 11 October] as the Prime Minister convenes the first Council of Nations and Regions. 

    Three days ahead of the International Investment Summit, the first Council will focus on investment and growth and is a key moment to ensure everyone is collectively playing their part to maximise the opportunity the Summit presents for the whole of the UK.  

    The Council brings together First Ministers, Northern Ireland’s First Minister and Deputy First Minister and regional Mayors from across England, as the UK Government forges new partnerships, resets relationships and seizes the opportunity to secure long term investment with the aim of boosting growth and living standards in every part of the UK. 

    Prime Minister Keir Starmer said:  

    I’m determined to bring forward a new era of stability, trust, and partnership with businesses, investors, Devolved Governments, and local leaders to boost the economy and restore the UK’s reputation one of the best places in the world to do business.

    I’ve set out that we will be doing things differently, and that’s exactly why we are delivering our promise to convene the first Council of the Nations and Regions as we work as one team to maximise opportunities ahead of the Investment Summit.

    No more talking shops of the past. Genuine, meaningful, and focused partnership to change the way we do business, redefine our position on the world’s stage, and unlock the whole of the UK’s untapped potential to make everyone, everywhere better off.

    Tracy Brabin, Mayor of West Yorkshire, said:

    This new era of genuine partnership working between the Government and Mayors will help us to unleash the potential of our great regions and boost growth. 

    Mayors are champions of their regions at home and abroad, attracting investment, creating good jobs, and putting more money in people’s pockets. Our investments in transport, skills and homes, create the right environment for growth by connecting businesses to the talent and finance they need to succeed.

    Through partnership working and by listening to business, we’ll deliver the long-term investment our country needs to shake off stagnation and face the future with confidence.

    Local leaders as well as Heads of the Devolved Governments have also been invited and are expected to attend the International Investment Summit to forge new partnerships with businesses to unlock growth in every corner and every community across the UK.

    The UK Government led inaugural International Investment Summit is expected to be opened by the Prime Minister where he will take part in an in conversation event with Eric Schmidt – the pioneer behind Google’s transformation from start up to one of the world’s most powerful companies. 

     Eric Schmidt, Former CEO & Chairman of Google KBE said:

    Artificial intelligence represents one of the most transformative technologies of our time. It will change how economies everywhere function, and it will determine which countries stay competitive in the decades to come.

    Last year, when the UK hosted the first global summit on AI safety, the country displayed its commitment to being a leader in responsible innovation. Now, it has the opportunity to go even further and articulate a vision for the future where the UK is a hub for world-class talent.

    I’m looking forward to discussing with the Prime Minister how we can drive even greater investment in research and education to ensure the UK stays at the forefront of these technological breakthroughs.

    The Summit will gather UK leaders, high-profile investors and businesses from across the world at a historic venue in central London – with confirmed speakers including Ruth Porat President & Chief Investment Officer, Alphabet and Google, Alex Kendall, CEO of Wayve and Bruce Flatt, CEO of Brookfield Asset Management. 

    The event will provide an opportunity for the Government to establish enduring partnerships with businesses to boost investment in the UK and to give investors the certainty and confidence they need to drive growth.  

    It will be sponsored by Barclays, HSBC, Lloyds, M&G plc, Octopus Energy, and TSL.   

    Today’s announcement follows the Government confirming funding this week to launch the UK’s first carbon capture sites in Teesside and Merseyside. In a boost for economic growth and protecting the environment, the new carbon capture and CCUS enabled hydrogen projects will create 4,000 new jobs, sustain important British industry, and help remove over 8.5 million tonnes of carbon emissions each year – the equivalent of taking around 4 million cars off the road.

    The UK International Summit is sponsored by:

    C.S. Venkatakrishnan, Group Chief Executive, Barclays said: 

    The International Investment Summit is an important opportunity for the Government to build further investor confidence based on its priorities for driving UK economic growth.   

    The UK’s stability, skills and history of innovation make it an attractive investment destination. The private sector has an important supporting role in helping the economy.  Barclays has made its largest ever capital investment in the UK to drive economic growth and we continue to connect both domestic and international investors with opportunities across the country.

    Georges Elhedery, Group CEO, HSBC said: 

    From SMEs to multinational corporates, UK companies’ enterprise, expertise and innovation present huge opportunities for partnership and economic growth. With our long history of helping UK customers trade with the world and international customers to invest in the UK, HSBC is pleased to support the International Investment Summit.

    Charlie Nunn, Group Chief Executive, Lloyds Banking Group said:

    The UK business environment remains an innovative and dynamic destination for investors and global talent, and we are proud to support the International Investment Summit. Lloyds works with corporate and institutional clients from the UK and across the world – generating jobs and growth, attracting inward investment, and increasing exports.  These are essential ways we are helping Britain prosper.

    Andrea Rossi, CEO, M&G plc said:

    The UK has a clear national mission to drive economic growth and back wealth creation across every region of the country. At M&G, we have actively invested in the UK for 175 years, driving progress and helping people, businesses and communities thrive. We continue to support a range of companies, invest in critical infrastructure and play our part in boosting regional economies. The International Investment Summit is a crucial moment to put the UK back on the investor map, showcase market opportunities and reinforce how business and government can work in partnership.

    Greg Jackson, CEO of Octopus Energy said: 

    The UK is the vanguard of green innovation, brimming with the talent and technology needed to accelerate the global energy revolution. By investing in British renewables and clean tech, we’re not just creating greener energy for people but driving the solutions that will power the world. The International Investment Summit is a great opportunity to showcase the UK’s climate leadership and revolutionise the sector.

    Jackie Wild, TSL Group CEO said: 

    We are delighted to be a partner to the International Investment Summit. We founded TSL more than two decades ago with the vision of creating a British export model of technical engineering and construction excellence. We are proud to be delivering projects for international clients across the world to power the fourth industrial revolution. 

    In addition, through the creation of SmartParc, our cutting edge, investable platform for food industry change, we continue to facilitate inward investment into the UK’s food industry to safeguard our national food security.

    Updates to this page

    Published 5 October 2024

    MIL OSI United Kingdom

  • MIL-OSI Russia: Syzran Oil Refinery Completes Installation of Main Equipment at Sulfur Production Unit

    MILES AXLE Translation. Region: Russian Federation –

    Source: Rosneft – Rosneft – An important disclaimer is at the bottom of this article.

    The Syzran Oil Refinery, which is part of the Rosneft oil refining unit, has completed the installation of reactors, receivers and a gas afterburner at the elemental sulfur production unit. The new equipment was manufactured by Russian companies. The reactor is 12 meters high, weighs about 36 tons, and has a diameter of over 3.5 meters. The receiver is 13 meters high and weighs 14 tons.

    Rosneft is implementing a large-scale program to modernize its refineries in Russia. Since the start of the program, more than 900 billion rubles have already been invested, construction/reconstruction projects for 23 main installations and oil refining complexes have been completed, which has allowed the Company to significantly increase the output of gasoline and diesel fuel of the 5th class and fully meet the needs of the domestic market.

    The elemental sulfur production unit will allow the utilization of hydrogen sulfide-containing gas, which is formed in oil refining processes. The unit will use the Claus oxidation method. The technology will ensure the overall degree of hydrogen sulfide utilization at a level of at least 99.8%.

    The elemental sulfur production unit complex is being built at the Syzran Oil Refinery as part of a modernization program together with the FCC catalytic cracking complex facilities, the launch of which will allow the enterprise to significantly increase the production volumes of high-octane gasolines.

    Reference:

    JSC Syzran Oil Refinery produces a wide range of high-quality petroleum products – motor gasoline and diesel fuel of the highest ecological class, low-sulfur marine fuel RMLS 40 E II, liquefied hydrocarbon gases, petroleum bitumen, etc.

    The company continues to implement a large-scale modernization program with the aim of further increasing the depth of processing and the yield of light petroleum products, as well as the most efficient use of secondary processes to increase the output of high-margin petroleum products.

    Department of Information and Advertising of PJSC NK Rosneft December 29, 2022

    Please note: This information is raw content directly from the source of the information. It is exactly what the source states and does not reflect the position of MIL-OSI or its clients.

    Please note; This information is raw content directly from the information source. It is accurate to what the source is stating and does not reflect the position of MIL-OSI or its clients.

    http://vvv.rosneft.ru/press/nevs/item/213061/

    EDITOR’S NOTE: This article is a translation. Apologies should the grammar and or sentence structure not be perfect.

    MIL OSI Russia News

  • MIL-OSI Asia-Pac: India Charts Course towards Maritime Decarbonization at High-Level Conference

    Source: Government of India

    India Charts Course towards Maritime Decarbonization at High-Level Conference

    The conference organised by Ministry of Ports, Shipping and Waterways underscored India’s commitment to achieving net-zero carbon emissions by 2070

    Through initiatives like the Harit Sagar Green Port Guidelines and Harit Nauka Green Transition Guidelines, we are setting a global example in the adoption of green energy, sustainable port operations, and cleaner shipping practices: Shri TK Ramchandran, Secretary, MoPSW

    Expert sessions highlighted global best practices and regulatory strategies to drive maritime decarbonisation

    Posted On: 03 OCT 2024 5:27PM by PIB Delhi

    The Conference on Maritime Decarbonization in India, co-hosted by the Ministry of Ports, Shipping & Waterways (MoPSW) and the Asian Development Bank (ADB), concluded today at Le Meridien, New Delhi. The event brought together over 200 delegates, including leaders from key Indian ports, central and state government officials, industry stakeholders, international experts, and academia to discuss the future of green shipping and port operations.

    The conference underscored India’s commitment to achieving net-zero carbon emissions by 2070 and highlighted strategic initiatives to decarbonize its maritime sector, aligned with the Maritime India Vision 2030. Discussions covered a range of critical themes, including green port infrastructure, clean harbor craft, the use of zero-carbon fuels, emissions reduction strategies, and the electrification of inland waterways.

    In his keynote address, Shri T. K. Ramachandran, Secretary, MoPSW, reinforced India’s determination to transform its maritime sector. He said “India’s maritime sector is not just a key driver of nation’s economy but also a critical player in our fight against climate change. Through initiatives like the Harit Sagar Green Port Guidelines and Harit Nauka Green Transition Guidelines, MoPSW is setting a global example in the adoption of green energy, sustainable port operations, and cleaner shipping practices. Our efforts today will define the maritime landscape of tomorrow, ensuring a balance between economic growth and environmental sustainability.”

    “MoPSWs ambition to embrace low or zero-emission fuels and transform all vessels in Indian waters into green vessels by 2047 exemplifies forward-thinking approach to climate action and sustainable maritime practices”.

    “The National Green Hydrogen Mission, with its goal of making India a global hub for green hydrogen production, reflects commitment to achieve net-zero emissions by 2070. By reducing carbon intensity and adopting ‘Working with Nature’ principles, MoPSW ensures that India’s maritime sector not only supports economic growth but also aligns with broader climate objectives, driving innovation and sustainability in every step”.

    One of the event’s highlights was a special session on Green Ports and Maritime Decarbonization, where experts shared knowledge and best practices for reducing the carbon footprint of Indian ports. The session included presentations from Ajay Kumar Singh, Head of DNV Maritime Advisory India, who discussed the role of smart ports in enhancing energy efficiency, and Lawrence Ong, Deputy Director of Maritime and Port Authority of Singapore, who shared insights into Singapore’s decarbonization journey.

    In another session, discussions focused on the role of zero-carbon fuels in maritime operations, with experts highlighting the need for early adoption of alternative fuels like green hydrogen and ammonia. Captain Prashant S. Widge of Maersk Line shared a shipowner’s perspective on the global challenges and opportunities in transitioning to green fuels, while Madhu Nair, CMD of Cochin Shipyard, presented the Indian experience with alternative fuels.

    The conference also spotlighted Inland Waterways as a key area for decarbonization, with presentations from R. Lakshmanan, Joint Secretary (IWT), MoPSW, and P. J. Shaji, CGM of Kochi Water Metro, showcasing successful efforts in reducing emissions and improving efficiency in water-based transportation. Shri Lakshmanan also suggested transitioning to low-emission alternative fuels would help tapping into the complete potential of IWT as a sustainable transportation mode. 

    During the session Shri. R. Lakshmanan, Joint Secretary (Ports), MoPSW emphasized the importance of continued collaboration within the sector, to drive tangible progress toward achieving decarbonization goals in India’s maritime industry. He emphasized on MoPSW blueprint for Ecosystem Development for Green Hydrogen Production and Export at Major Ports.

    The conference was expertly moderated by distinguished professionals from ADB and KPMG, ensuring insightful discussions and seamless coordination throughout the event. The conference concluded with a panel discussion moderated by Dr. Yesim Elhan-Kayalar, Advisor, ERDI, ADB, on India’s maritime decarbonization priorities and the path forward for sustainable and green shipping practices.

    As part of the outcomes, the conference emphasized the need for continued collaboration between government bodies, industry leaders, and international organizations to achieve shared decarbonization goals. It also set the stage for further discussions on innovative financing models and regulatory frameworks that support green shipping and port development.

    As India moves forward with its ambitious goals, the insights gained from the Conference on Maritime Decarbonization will play a crucial role in shaping policies and practices that contribute to a cleaner, greener maritime sector.

    ***

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    MIL OSI Asia Pacific News

  • MIL-OSI Translation: Government of Canada passes legislation to seize massive opportunity of offshore wind energy for Nova Scotia and Newfoundland and Labrador

    MIL OSI Translation. Canadian French to English –

    Source: Government of Canada – in French 1

    Press release

    October 3, 2024 Ottawa, Ontario Natural Resources Canada

    The offshore renewable energy sector offers exceptional economic opportunities for Canada, with the offshore wind market alone expected to attract $1 trillion in investment by 2040. Canada is working in partnership with Nova Scotia and Newfoundland and Labrador to seize these unprecedented economic opportunities and create jobs in Atlantic Canada.

    Bill C-49, An Act to amend the Canada–Newfoundland and Labrador Atlantic Accord Implementation Act and the Canada–Nova Scotia Offshore Petroleum Resources Accord Implementation Act, received Royal Assent today. Developed in collaboration with the governments of Nova Scotia and Newfoundland and Labrador, this legislation will help unlock the enormous potential of offshore renewable energy to create thousands of jobs, while attracting billions of dollars in investment and opening new economic opportunities in Nova Scotia and Newfoundland and Labrador.

    By harnessing the extraordinary wind resources found off the Atlantic coast, Canada will be able to establish itself as a leading supplier of clean energy, including clean hydrogen that countries like Germany are looking to purchase, while continuing to decarbonize its electricity grids. This legislation will help advance the priorities established through the regional energy and resource tables. Nova Scotia and Newfoundland and Labrador, particularly to seize the opportunities presented by clean energy.

    The Government of Canada is working with the governments of Nova Scotia and Newfoundland and Labrador to develop offshore renewable energy resources, enabling the provinces to build on their strengths and accelerate the growth of the offshore wind sector in a responsible and safe manner. Nova Scotia has already passed similar legislation; Newfoundland and Labrador is expected to follow suit in the coming weeks.

    Canadian businesses and workers are well positioned to take advantage of the immense economic opportunity that clean energy represents in Atlantic Canada and beyond. This new legislation underscores Canada’s commitment to ensuring prosperity, unlocking new opportunities in the clean energy sector, growing the economy, creating thousands of jobs, and strengthening environmental protection in Canada.

    Quotes

    “The adoption of the bill C-49“This legislation allows Atlantic Canada to take advantage of the unprecedented economic opportunities presented by offshore renewable energy. This new legislation will strengthen the economy, create thousands of jobs and attract billions of dollars in investment to Nova Scotia and Newfoundland and Labrador. None of this would have been possible without the close collaboration of Newfoundland and Labrador and Nova Scotia Premiers Andrew Furey and Tim Houston and Atlantic Canadian Parliamentarians, who advocated for this project and stood up for the interests of the citizens of both provinces.”

    The Honourable Jonathan WilkinsonMinister of Energy and Natural Resources

    “This new legislation will play an important role in achieving Nova Scotia’s offshore wind goals. There are many investors interested in harnessing our wind energy and producing clean energy for green hydrogen and other uses. With Bill C-49 now passed, along with our similar provincial legislation, we are well positioned to grow our offshore wind sector in collaboration with our federal partners, starting with our first call for proposals next year.”

    The Honourable Tory Rushton, Minister of Natural Resources and Renewable Energy for Nova Scotia

    “This new legislation ensures that the necessary measures are in place to unlock opportunities in the offshore renewable energy sector; provides a financial regime that will ensure maximum economic return to Newfoundland and Labrador; and facilitates joint management of the offshore area while leveraging the Canada-Newfoundland and Labrador Offshore Petroleum Board’s extensive expertise in managing offshore projects.”

    The Honourable Andrew Parsons, Minister of Industry, Energy and Technology for Newfoundland and Labrador

    “It was an honour to sponsor a bill of such economic and environmental importance to my province. I look forward to seeing the positive impact of this new legislation, which opens up unprecedented opportunities for Newfoundland and Labrador, Nova Scotia and all of Canada.”

    The Honourable Iris G. PettenSenator, Newfoundland and Labrador

    Quick Facts

    This law establishes a common regulatory and management framework for the exploitation of offshore renewable energy.

    The adoption of Bill C-49 amends the laws implementing the agreements. The new law:

    provides a framework for the development of offshore renewable energy; changes the name of the Canada–Nova Scotia Offshore Petroleum Board to the Canada–Nova Scotia Offshore Energy Regulator; changes the name of the Canada–Newfoundland and Labrador Offshore Petroleum Board to the Canada–Newfoundland and Labrador Offshore Energy Regulator; expands the mandates of both bodies to include the regulation of offshore renewable energy projects; better aligns the implementing legislation with the Impact Assessment Act; provides tools to support the Government of Canada’s marine conservation agenda; and modernizes the land tenure provisions of the agreement implementing legislation as they relate to offshore petroleum development.

    Related links

    Contact persons

    Natural Resources CanadaMedia Relations343-292-6100media@nrcan-rncan.gc.ca

    Cindy CaturaoPress SecretaryOffice of the Minister of Energy and Natural Resources613-795-5638cindy.caturao@nrcan-rncan.gc.ca

    Follow us on LinkedIn

    EDITOR’S NOTE: This article is a translation. Apologies should the grammar and/or sentence structure not be perfect.

    MIL Translation OSI

  • MIL-OSI Canada: Government of Canada Passes Legislation to Seize the Enormous Economic Opportunity Offshore Wind Presents for Nova Scotia and Newfoundland and Labrador

    Source: Government of Canada News

    News release

    October 3, 2024                                                             Ottawa, Ontario             Natural Resources Canada

    The offshore renewable energy sector presents a generational economic opportunity for Canada, with the global offshore wind market alone forecast to attract one trillion dollars in investment by 2040. Canada, in partnership with Nova Scotia and Newfoundland and Labrador, is working to seize this unprecedented economic opportunity and create jobs for Atlantic Canadians.

    Today, Bill C-49: An Act to amend the Canada-Newfoundland and Labrador Atlantic Accord Implementation Act and the Canada-Nova Scotia Offshore Petroleum Resources Accord Implementation Act, received Royal Assent. Developed in partnership with the Government of Nova Scotia and the Government of Newfoundland and Labrador, this legislation will help unlock the enormous potential of offshore renewable energy, to generate thousands of jobs while attracting billions in investment and creating new economic opportunities in Nova Scotia and Newfoundland and Labrador.

    By harnessing the world-class wind resources in the Atlantic offshore, we are positioning Canada as the leading supplier of clean energy, including the clean hydrogen countries like Germany are looking to buy, while continuing to decarbonize our electricity grids here at home. This legislation advances the priorities identified through the Regional Energy and Resource Tables in Nova Scotia and Newfoundland and Labrador, including seizing the opportunity clean energy presents.

    The Government of Canada is working with the Governments of Nova Scotia and Newfoundland and Labrador to develop offshore renewable energy resources, enabling the provinces to capitalize on their existing strengths and accelerate offshore wind development safely and responsibly. Nova Scotia has already adopted mirror legislation, with Newfoundland and Labrador expected to do the same in the coming weeks.

    Canadian workers and businesses are well positioned to seize the enormous economic opportunity clean energy presents, in Atlantic Canada and beyond. Today’s legislation underscores Canada’s commitment to deliver prosperity, create new clean energy opportunities, strengthen the economy, create thousands of jobs and better protect Canada’s environment.

    Quotes

    “Bill C-49 enables Atlantic Canada to seize the generational economic opportunity presented by offshore renewable energy. It will strengthen the economy, enable the creation of thousands of jobs and attract billions in investments in Nova Scotia and Newfoundland and Labrador. These opportunities would not have been possible without the close collaboration of the Premiers of Newfoundland and Labrador and Nova Scotia, Andrew Furey and Tim Houston, and Atlantic Canada’s Members of Parliament, who fought and delivered for the people of Nova Scotia and Newfoundland and Labrador.” 

    The Honourable Jonathan Wilkinson
    Minister of Energy and Natural Resources

    “Bill C-49 is important to Nova Scotia meeting its offshore wind targets. Investors are lining up to harness our wind power and produce clean energy for green hydrogen and other uses. Now that this bill has passed, along with our own provincial mirror legislation, we are well on our way to developing our offshore wind industry hand in hand with our federal partners, starting with issuing our first call for bids next year.”

     

    The Honourable Tory Rushton
    Minister of Natural Resources and Renewables, Government of Nova Scotia

    “Bill C-49 ensures the necessary measures are in place to support offshore renewable energy opportunities; allows for a fiscal regime that provides the maximum economic returns to Newfoundland and Labrador; and furthers joint management of the offshore area while building upon the extensive expertise the C-NLOPB has in managing offshore projects.”

    The Honourable Andrew Parsons, KC
    Minister of Industry, Energy and Technology, Government of Newfoundland and Labrador

    “I was honoured to sponsor a bill of such significant economic and environmental importance to my province. I look forward to seeing the positive impacts of Bill C-49, as this historic bill presents a generational opportunity for Newfoundland and Labrador, Nova Scotia and Canada as a whole.”

    The Honourable Iris G. Petten, Senator for Newfoundland and Labrador,

    Senate of Canada

    Quick facts

    • This legislation establishes a joint management regulatory framework for offshore renewable energy development

    • Bill-49 includes amendments to the Accord Acts that:

      • establish the framework to develop offshore renewable energy;
      • change the Canada-Nova Scotia Offshore Petroleum Board’s name to the Canada-Nova Scotia Offshore Energy Regulator (CNSOER);
      • change the Canada-Newfoundland and Labrador Offshore Petroleum Board’s name to the Canada-Newfoundland and Labrador Offshore Energy Regulator (C-NLOER);
      • expand the mandates of the CNSOER and the C-NLOER to include the regulation of offshore renewable energy projects;
      • improve alignment between the Accord Acts and the Impact Assessment Act (IAA);
      • provide tools to support the Government of Canada’s marine conservation agenda; and
      • modernize the land tenure regime for offshore petroleum development.

    Associated links

    Contacts

    Natural Resources Canada
    Media Relations
    343-292-6100
    media@nrcan-rncan.gc.ca

    Cindy Caturao
    Press Secretary
    Office of the Minister of Energy and Natural Resources
    613-795-5638
    cindy.caturao@nrcan-rncan.gc.ca

    Follow us on LinkedIn

    MIL OSI Canada News

  • MIL-OSI United Kingdom: expert reaction to govt pledge of £21.7bn for carbon capture projects

    Source: United Kingdom – Executive Government & Departments

    Scientists comment on a government pledge of £21.7bn for carbon capture projects. 

    Prof Stuart Haszeldine, Professor of Carbon Capture and Storage at the University of Edinburgh, said:   

    “This is fourth time lucky for CCS in the UK. After 3 false starts on projects with single sources to capture CO2, a change of philosophy has produced multiple industrial CO2 capture projects, mutually supporting pipelines feeding into secure geological stores. This ambitious and complex pathway is starting to convert the world’s first nation to industrialise coal use into the world’s first nation to decarbonise industry.

    “The UK’s long CCS design journey started in 2005 with an unexpected offer from BP – not accepted by Government, leading to a competition to retrofit coal power electricity not awarded in 2011, then last minute cancellation in 2016 of funding for gas powered capture, and from 2018 a pivot to industrial projects mutually supporting shared pipelines and stores.

    “CCS has operated successfully and safely in the Norwegian North Sea since 2006. But the debate between Perfect or Pragmatic on CCS still exercises those commentators and campaigners who prefer to completely escape from fossil fuels. However, hundreds of CO2 injections into geological storage worldwide have been competed with no leakage. But providing energy from adequate supplies of renewable electricity, and electrolysis to make green hydrogen, will not be installed for several decades. CCS provides achievable steps to rapidly decrease emissions at industrial scale, starting a transition into a lower carbon future. This is a revolutionary leap in energy systems.

    “Perception of price remains the biggest blockage to routine installation of CCS. But the cost of government subsidy for the first projects will be spread between across the national energy system – equivalent to a fraction of penny each kilowatt hour.  At full decarbonisation, CCS will cost around 15 pence per litre of petrol – much less than annual market price variations, and affordable.

    “Anticipating successful CCS operating projects, the UK government now needs to plan future CCS projects to operate without government grant support. Existing policies are mis-directed to pay for permissions to emit. What is needed for the future is a payment reward for storage of CO2. That can be achieved by an extended obligation on oil company suppliers of fossil carbon to capture and store CO2 emissions arising from their products. That principle was legally established for development of new oilfields in the UK Supreme Court ‘Finch’ case in June 2024.”

    Declared interests

    Stuart Haszeldine is not funded by hydrocarbon companies or CCS developers supported by government

    MIL OSI United Kingdom

  • MIL-OSI Economics: Isabel Schnabel: Escaping stagnation: towards a stronger euro area

    Source: European Central Bank

    Speech by Isabel Schnabel, Member of the Executive Board of the ECB, at a lecture in memory of Walter Eucken

    Freiburg, 2 October 2024

    The euro area economy is stagnating. Over the past two years, real GDP has expanded, on average, by only 0.1% per quarter. Surveys among firms indicate that growth is likely to remain subdued during the second half of this year.

    Weak growth reflects, to a large extent, the exceptional shocks that hit the euro area economy in recent years, most notably the pandemic and Russia’s invasion of Ukraine.[1]

    Another reason is the tightening of monetary policy. From late 2021 to the end of 2023, bank lending rates for house purchases by households increased from 1.3% to 4%, and those for corporate loans from 1.4% to 5.3%. Such levels had not been seen in more than a decade.

    Dampening growth in aggregate demand was needed to restore price stability.

    In 2021, when the euro area economy reopened in the pandemic and the economy’s supply capacity was still severely constrained, real private consumption rose by more than 8% in just two quarters. When we began to raise our key policy rates in July 2022, households and firms started to spend less and save more, thereby bringing supply and demand closer into balance.

    Yet, although the peak impact of monetary tightening is likely to be behind us and real incomes are rising as inflation falls and wages increase, growth remains shallow. Over the past 18 months, the recovery has repeatedly been weaker than anticipated.

    Aggregate growth figures mask, however, significant heterogeneity across euro area economies. Since interest rates started to rise, growth has become increasingly uneven (Slide 2).

    In some Member States, such as Malta, Spain and Portugal, output has expanded measurably. In Malta, for example, annual real GDP growth has averaged 6% since 2022. In Spain and Portugal, real activity has grown by nearly 4% annually.

    In fact, much of the euro area’s dismal growth performance since we started raising our key policy rates can be attributed to a small group of countries, including Germany, Finland and Estonia.

    If one were to plot growth in the euro area excluding Germany, for example, activity in the currency area would have been remarkably resilient in the face of the sharpest monetary policy tightening in decades and a war raging at the EU’s doorstep. Only a few advanced economies, most notably the United States, have expanded at a faster pace during this period (Slide 3).

    Monetary policy unlikely to be the key driver of heterogeneity

    Monetary policy has probably been one factor contributing to heterogeneity in the euro area. An economy such as Germany’s, which is centred around a strong manufacturing base, is likely to be more sensitive to changes in interest rates than more service-oriented economies.

    Three observations suggest, however, that monetary policy is unlikely to be the key driver of heterogeneity.

    First, output in Germany had started to stagnate well before the rise in interest rates. At the end of 2021, real GDP was only 1% above its level four years earlier, against increases of 4.9% for the euro area excluding Germany and even 10% in the United States over the same period.

    In other words, the growth gap was widening already well before we started tightening monetary policy.

    Second, we observe significant heterogeneity even in parts of economic activity that are more sensitive to changes in interest rates. In Germany, industrial production (excluding construction) is 10% lower today than it was before market interest rates started to rise in late 2021 – a considerably larger loss than that seen in most other economies (Slide 4, left-hand side).

    This contrast becomes even starker when one considers the production of capital goods, which tend to be the most interest-rate sensitive.

    Over the past two and a half years, the slowdown in the production of capital goods started earlier and was more pronounced in Germany than in other major euro area economies. Today, capital goods production in Germany is 3% lower than at the end of 2021. By contrast, it remained nearly 17% higher in the Netherlands over the same period (Slide 4, right-hand side).

    Third, German households have, on aggregate, so far benefited from the rise in interest rates.

    Since the end of 2021, their net interest income has increased sharply, as they shifted their savings into time deposits offering higher returns, while interest rates on long-running, fixed-rate mortgages remained low (Slide 5).

    By contrast, the widespread prevalence of flexible-rate mortgages in Spain has led to a notable increase in interest payments that has more than offset the rise in income gained from higher interest rates on savings.

    That is, the transmission of monetary policy through some channels, such as the mortgage channel, is likely to have been weaker, not stronger, in Germany than in other countries.

    Resilient growth in the south of the euro area

    To understand the main drivers behind the heterogeneity, it is necessary to look at both the countries that have grown faster than what might have been expected considering tight policy and those that have been underperforming.

    Let me focus first on the more dynamic regions of the euro area.

    In many cases, trade played an important role. In Spain, for example, net exports contributed, on average, around 0.4 percentage points to growth every quarter over the past two and a half years.

    This is a notable increase from the period preceding the pandemic (Slide 6, left-hand side). The same broad pattern can be observed in Italy and Portugal.

    A strong recovery in tourism after the pandemic has been a key factor supporting the rise in exports in these economies. But trade is not the whole story.

    Labour market developments played an equally important role. Greece is the most remarkable case. Unemployment fell from 13.7% in early 2022 to 9.9% in July this year, a level not seen since the global financial crisis (Slide 6, right-hand side).

    We observe similar improvements in labour markets across the south of the euro area. In Italy, for example, the number of people in employment has expanded by more than one million since 2022, measurably supporting private consumption and confidence.

    Finally, in some countries fiscal policy remained more accommodative than in others. In Italy, the government deficit last year was 7.2%, compared with 2.6% in Germany.

    Funds allocated under the Next Generation EU programme provided further impetus to growth and employment. In 2022 and 2023, 37% of the funds were allocated to the five fastest-growing countries although their share in the euro area’s economy accounted for only 13%.

    All in all, in large parts of the single currency area, the impact of tighter monetary policy was weakened by a combination of looser fiscal policy and a shift in consumption towards services. In addition, some of these economies have gone some way towards becoming more resilient through structural reforms after the sovereign debt crisis, which helps explain their overperformance.

    While some countries will need to adjust government spending to be in line with the new European fiscal rules, the gradual dialling back of monetary policy restraint since June, together with the continued rise in real incomes, is likely to support growth further over the medium term.

    Structural headwinds in export-oriented countries

    The gradual moderation in the degree of monetary policy restriction will also support growth in those parts of the euro area that have stagnated in recent years. Construction activity, for example, has contracted by 12% since 2022 in Finland and by nearly 7% in Germany.

    While rising costs for equipment and raw materials contributed measurably to the drag in construction, the recent decline in mortgage rates is already translating into rising demand for housing.

    A less restrictive policy stance may help reduce risks of negative growth spillovers from the core to the periphery. However, monetary policy is no panacea.

    Germany, in particular, is currently facing strong headwinds that will not be resolved by lower interest rates alone. Its business model is built on export-driven growth, focusing on the high-end segment of traditional manufacturing industries.

    From 2000 to 2015, Germany’s current account turned from a deficit of 1.8% of GDP to a surplus of 8.6% – an unparalleled surge among advanced economies (Slide 7, left-hand side). As a result, net exports accounted for almost one-third of growth over this period.

    But on average since 2016, net exports have no longer been contributing to growth, with Germany losing export market shares at a concerning pace (Slide 7, right-hand side). And with domestic demand not stepping up, the German economy has been growing by just 1% on average per year over this period.

    Of course, this needs to be seen in the context of the series of shocks in recent years. Germany’s growth outcomes were better than feared considering the sheer size of the energy shock. The swift reduction in gas consumption and the rapid switch to alternative energy sources in response to the sudden loss of access to Russian gas have demonstrated the adaptability of the German economy.[2]

    And yet, Germany is facing deep-seated challenges.

    In fact, the perils of relying on exports as a primary source of growth have long been known.

    In the two decades up to the pandemic, euro area exporters – and German firms in particular – benefited from exceptionally strong growth in some key markets, especially in China, where a real estate boom fuelled demand for goods exports from the euro area, particularly for capital goods.[3]

    ECB staff analysis shows that euro area firms would have lost export market shares at a much faster pace if it had not been for such geographical and sectoral effects, which largely offset parallel losses in price competitiveness related to higher energy and labour costs as well as weaker productivity growth (Slide 8, panel a).

    But since the pandemic, competitiveness effects have started to dominate as the special factors boosting euro area exports have slowed, explaining the sizeable drop in export market shares (Slide 8, panel b).[4]

    Export-led growth model may need adjustment

    Part of the weakness in exports is likely to be cyclical, reflecting the lagged effects of global monetary policy tightening and the weakness in China.

    But there is a risk that the pre-pandemic export-oriented growth model will face more permanent headwinds and require adjustment, for three main reasons.

    First, the nature of globalisation is changing. Geoeconomic fragmentation is intensifying, with global trade measures increasing sharply, especially for critical raw materials – the production of which is often concentrated in just a few countries.

    As such, the times when globalisation was boosting trade and growth may be behind us. There is evidence that geopolitics is increasingly hampering trade and that firms progressively seek to diversify their supply of strategic goods by sourcing them from producers in geopolitically aligned countries.[5]

    Given that euro area firms are more deeply integrated into global value chains than many of their competitors, fragmentation could hurt the euro area economy more than others.[6]

    Second, the energy shock was a major driver behind the decline in euro area market shares.

    Unlike past oil price shocks, which affected firms across the globe, Russia’s invasion of Ukraine and the resulting sharp spike in gas prices, was a massive competitiveness shock for the euro area, as the input costs of domestic exporters rose sharply relative to those of their competitors.

    As a result, the exports of energy-intensive sectors decreased strongly, accounting for almost the entire decline in total exports in 2023 (Slide 9, left-hand side).[7]

    ECB staff analysis shows that, at the peak of the European gas crisis, the average impact on euro area export market shares was a decline of 7%, with energy-intensive industries experiencing losses of more than 15% in export market shares (Slide 9, right-hand side).

    Although energy costs have fallen from their peak, they remain almost four times as high as in the United States (Slide 10, left-hand side). Energy will therefore likely remain a drag on euro area price competitiveness.

    Third, competition is changing.

    Two decades ago, Chinese firms specialised mainly in the production of low-value goods, such as clothing, footwear or plastic. Today, China is increasingly building up large production capacities in high-value-added industries, such as the automotive and specialised machinery sectors.

    China moving up in the value chain is not only directly dampening demand for euro area goods – it is also turning China into a fierce competitor in third markets.

    This is particularly visible in Germany and Italy, which over the past two decades have seen a steady increase in the number of sectors in which these economies and China have a revealed comparative advantage – meaning they export more in these sectors than the global average (Slide 10, right-hand side).

    With Chinese and euro area firms increasingly competing in similar export markets, China’s significant gains in price competitiveness vis-à-vis the euro area are weighing on euro area exports.

    Since 2021, China has accounted for the entire appreciation in real effective exchange rate of the euro based on producer prices (Slide 11, left-hand side). While euro area producer prices have increased significantly, Chinese producer prices have remained remarkably stable over the past four years (Slide 11, right-hand side).

    On the one hand, this is the result of generous state subsidies that are significantly higher than in most other advanced and major emerging market economies (Slide 12, left-hand side).[8]

    On the other hand, rising overcapacities are weighing on Chinese export prices.[9] The automotive sector is a case in point. China is making significant upfront investments in production and transport to boost its export capacity.

    Orders for new shipping vessels are projected to raise the number of electric vehicles available for exports by 1.7 million annually by 2026 (Slide 12, right-hand side). To put this in perspective, the total number of electric vehicles sold across the EU in 2023 was 2.5 million.

    Need for a reform agenda putting innovation and entrepreneurship first

    Europe, and Germany in particular, needs to adapt to this new environment. At a time when global economic relationships are becoming more uncertain, Europe needs to regain its competitiveness to protect its standard of living and social values.

    Past efforts to regain competitiveness were not without shortcomings. Policies aimed at reducing wage costs, for example, often came with significant economic hardship and social costs.

    Today, the focus needs to be a different one. Europe should put innovation and entrepreneurship at the heart of its agenda.

    In his recent report, Mario Draghi presents a candid and unsparing diagnosis of the state of the euro area economy and makes many useful proposals.[10]

    Some of those proposals are unlikely to find broad support among political leaders. But it would be wrong to reduce the report to a call for more joint borrowing, which in any case should only be discussed after evaluating the experience with the Recovery and Resilience Facility.

    In fact, many reforms that can foster European competitiveness do not need significant upfront investment, nor do they require changes to the EU Treaty.

    Let me highlight three areas that I consider most promising.

    Creating a European Silicon Valley

    First, Europe needs to facilitate the birth and growth of innovative start-ups.

    Since 2000, productivity per hour worked has increased by just 0.8% per year on average – only half the growth seen in the United States (Slide 13). European firms’ failure to reap the efficiency gains brought about by information and communication technologies is one of the root causes.[11]

    Europe is not short on innovation potential. But its regulatory framework and the lack of deep capital markets make it difficult for young firms to thrive.

    Over the past decade, European start-ups have raised funds equivalent to just 0.3% of GDP from venture capital investments, less than a third of the figure for the United States.[12] Banks do not have the risk-bearing capacity to fill this void, and this would not change even if we managed to revive securitisation in the euro area.

    Today, many promising start-ups shift their operations overseas because of a lack of risk capital. In 2022, 58 founders of “unicorns” in the United States – start-ups that went on to be valued over USD 1 billion – had been born in the euro area.

    If Europe wants to retain such potential, it needs to make private equity investments more attractive, including by removing the “debt bias” in national tax systems.

    Better mobilisation of capital is one way to foster innovation. Strengthening the Single Market, fostering competition and cutting red tape is another.

    The European economy remains segmented along national borders, torn between different rules and legal systems. This makes it difficult for young firms to grow into sufficient size and form innovation clusters, so that new ideas and technologies can spread faster and allow them to compete in an environment where “the winner takes most”.

    The Single Market is Europe’s most effective tool to mobilise economies of scale and to enable the creation of a European Silicon Valley. However, the level of European integration remains disappointingly low – especially in services, which amount to around 67% of the EU’s GDP. Intra-EU trade in services accounts for only about 15% of GDP, compared with close to 50% for goods.

    To a significant extent, this reflects regulatory and administrative barriers to doing business in the euro area that hold back competition and thus innovation.

    Green innovation as an engine of growth

    Second, Europe needs to leverage the green transition.

    Making the European economies more sustainable is not a choice. Weather-related disasters are becoming more frequent and more severe, which requires urgent action to reduce carbon emissions and adapt to the growing impact of climate change.

    Embracing the green transition comes with costs for society. Relative price changes are often most painful for those who can least afford it. But the green transition also offers the potential to unlock economic opportunities, especially for those moving first.

    This is the spirit of the Porter hypothesis – the view that environmental measures can be an important driver of innovation.[13] Although controversial, there is ample evidence in favour of the Porter hypothesis.

    Consider the automotive industry.

    Euro area car producers have lost export market share over the past few years (Slide 14, left-hand side). But these losses were largely confined to the combustion engine segment – in the electric car industry, euro area firms made considerable gains, also by developing hybrid technologies early.

    These gains were made possible by significant investments in research and development. According to the most recent data, automotive companies in the euro area still boasted the world’s largest investments in research and development in 2022, about twice as much as the United States and China.

    The green industry, including low-emission car production, is the only innovative sector where the EU is currently leading in terms of the number of patents (Slide 14, right-hand side).

    Technological leadership also allowed euro area firms to raise their export prices on motor vehicles more than others, benefiting from a relatively price-inelastic demand (Slide 15, left-hand side).[14] As a result, gross value added was typically more resilient than industrial production, as firms moved into higher-margin activities (Slide 15, right-hand side).

    In other words, Europe has invested more than other countries in being a frontrunner in the green transition. Now is not the time to backtrack. Europe needs to continue investing in green technologies and innovations to turn the green transition into an engine of growth.

    The sooner Europe decarbonises its energy consumption, the faster it will reduce its dependency on foreign suppliers and regain price competitiveness, because the marginal cost of renewable energies is practically zero.

    This is all the more important in times of the artificial intelligence revolution, which will significantly increase the demand for energy. At the same time, the adoption of new energy sources, such as hydrogen, may require a transition phase during which not all hydrogen can be generated from renewable energies.

    Managing the green transition requires both private and public investments. To foster this process, a mission-oriented industrial policy may be needed that strategically focuses on achieving the green transition through coordinated efforts and thus reduces uncertainty.[15]

    For example, last year France introduced new criteria for granting subsidies to purchase electric vehicles, which privilege supply chains that are entirely green. As China’s electric vehicle industry relies heavily on coal-generated electricity, these criteria implicitly favour European production.[16]

    Significant private and public investments are also needed to upgrade Europe’s electricity grid and to build new infrastructure, such as pipelines or networks of fuel stations for hydrogen, and these investments need to happen soon if Europe wants to be a leader in new technologies.

    The scale of these investments may require new financing ideas. Their costs, and the uncertainty about future payoffs, are often so large that they may not break even over conventional investment horizons.

    So, in some cases the resulting risks cannot be borne by entrepreneurs alone, making public-private partnerships a viable option to internalise the externalities arising from climate change. In some cases, this could include exploring options of granting state guarantees as a way for governments to incentivise private firms to invest in green infrastructure and technologies.

    Higher labour participation and immigration are indispensable to address labour scarcity

    Third, Europe needs to address labour scarcity.

    Longer life expectancy and declining fertility will lead to a sharp drop in the euro area’s working-age population and a significant increase in the old-age dependency ratio. These developments are most concerning in Italy, where the share in the total population of those aged between 15 and 64 is projected to fall from about 63% today to 55% by 2050 (Slide 16, left-hand side).

    Over the past ten years, these strains have partly been cushioned by immigration. But as the baby boomer generation is retiring and migration is expected to moderate, the drag on growth coming from an ageing population is likely to be significant.

    New research suggests that, over the next two decades, demographic change may lower annual per capita output growth by more than one percentage point in Italy and by 0.8 percentage points in Germany.[17]

    This comes at a time when a considerable share of firms across the euro area are already reporting acute shortages of labour limiting their business (Slide 16, right-hand side). Despite declining somewhat recently, this share has never been higher than in recent years.

    Labour scarcity cuts across society. In many countries, thousands of teacher vacancies are not filled, especially for STEM subjects. There are chronic staff shortages in hospitals and nursing homes.

    And all countries are facing a lack of skilled workers in specialised industries. These shortages are likely to dramatically increase as demographic change proceeds and cannot be offset by rising productivity alone.

    Europe should therefore do four things to address labour scarcity.

    First, it should further increase labour force participation. Significant progress has been made in recent decades, especially by bringing more women and older workers into the labour force. But participation rates remain below those in some other advanced economies.

    Second, resources need to be allocated more efficiently. The public sector has played an important role in explaining total employment growth over the past few years.[18] The health crisis in particular has made some of these developments necessary. But the larger the public sector becomes, the less human capital is available for private firms to expand their productive businesses.

    Third, Europe needs to strengthen education. In many euro area countries, a significant share of adults – in some cases more than a third – have not completed upper secondary school. Supporting education will not only unlock the benefits of new technologies. It will also work against demographic headwinds, as higher levels of education tend to lead to higher labour market participation.[19]

    Last, Europe needs to attract foreign workers. Solutions are needed for how to make immigration socially acceptable and how to promote the flow of workers across the single currency area.

    Conclusion

    Let me conclude.

    In recent years, growth in the euro area has become increasingly uneven. While monetary policy may have contributed to rising heterogeneity, it is not the main driver. Rather, structural headwinds are holding back growth in some countries more than in others.

    We cannot ignore the headwinds to growth. With signs of softening labour demand and further progress in disinflation, a sustainable fall of inflation back to our 2% target in a timely manner is becoming more likely, despite still elevated services inflation and strong wage growth.

    At the same time, monetary policy cannot resolve structural issues.

    European governments have a historic responsibility to turn the current challenges into opportunities. Europe has demonstrated in the past that it can adjust and rebound when faced with adversity.

    Escaping stagnation requires forceful action at both national and European level. It requires putting innovation and entrepreneurship first by promoting competition and business dynamism.

    This means strengthening the Single Market, improving access to private equity capital and reducing burdensome bureaucracy. It means leveraging the green transition to advance innovation and regain price competitiveness. And it means putting in place policies that incentivise labour participation and preserve a skilled workforce through immigration and education.

    In all these ways, we can make the euro area stronger.

    Thank you.

    MIL OSI Economics

  • MIL-OSI USA: Costa, Bipartisan Colleagues Introduce Legislation to Expand the Use of Hydrogen to Lower Costs and Reduce Emissions

    Source: United States House of Representatives – Congressman Jim Costa Representing 16th District of California

    FRESNO, Calif. – U.S. Representatives Jim Costa (CA-21), Eric Sorensen (IL-17), Marc Molinaro (NY-19), Nikki Budzinski (IL-13), and Don Bacon (NE-02) introduced the bipartisan Hydrogen for Industry Act, which creates a program for hydrogen to be used to produce building materials such as steel, cement, glass, chemicals, and fuel.  

    “I am proud to introduce this bipartisan legislation to provide funds for demonstration projects that will showcase hydrogen’s ability to decarbonize the manufacturing, transportation, and agricultural industries,” said Costa. “Sustained investment in hydrogen is necessary to bolster U.S. energy independence and further efforts to cut greenhouse gas emissions in half by 2035.” 

    BACKGROUND
    Hydrogen energy will play an important role as we transition the industrial and transportation sectors to a carbon net-zero future. By promoting the use of hydrogen, the United States can reduce pollution, lower costs for consumers, and help our nation remain competitive in the growing hydrogen economy.     

    The Bipartisan Infrastructure Law authorized $8 billion to develop large-scale hydrogen production programs across the country. Since 2021, there have been major investments in California’s 21st Congressional District, including $24 million for hydrogen-powered buses in Fresno, CA. 

    Costa has been a champion for dairy digesters, and there are over 15 digesters in his district that have allowed dairy farms to advance their sustainability goals and provide a key feedstock for hydrogen production.

    The Hydrogen for Industry Act builds on the Bipartisan Infrastructure law by supporting the development of hydrogen as an emissions reduction solution, including: 

    • Establishing a commercial-scale demonstration program for hydrogen use in heavy industry.
    • Providing competitive grants to hydrogen demonstrations in industries such as iron and steel, cement, chemicals, and refining, among other industrial products.
    • Directing the Secretary of Energy, Secretary of Commerce, and Secretary of Transportation to jointly conduct a study on the impact, cost, and safety. 

     
    The bipartisan Senate version of the bill, S.646, the Hydrogen for Industry Act of 2023, was introduced on March 2, 2023, by Senators John Cornyn (R-TX), Chris Coons (D-DE), Bill Cassidy (R-LA), Martin Heinrich (D-NM), and Ben Ray Luján (D-NM).  

    MIL OSI USA News

  • MIL-Evening Report: Is stress turning my hair grey?

    Source: The Conversation (Au and NZ) – By Theresa Larkin, Associate Professor of Medical Sciences, University of Wollongong

    Oksana Klymenko/Shutterstock

    When we start to go grey depends a lot on genetics.

    Your first grey hairs usually appear anywhere between your twenties and fifties. For men, grey hairs normally start at the temples and sideburns. Women tend to start greying on the hairline, especially at the front.

    The most rapid greying usually happens between ages 50 and 60. But does anything we do speed up the process? And is there anything we can do to slow it down?

    You’ve probably heard that plucking, dyeing and stress can make your hair go grey – and that redheads don’t. Here’s what the science says.

    What gives hair its colour?

    Each strand of hair is produced by a hair follicle, a tunnel-like opening in your skin. Follicles contain two different kinds of stem cells:

    • keratinocytes, which produce keratin, the protein that makes and regenerates hair strands
    • melanocytes, which produce melanin, the pigment that colours your hair and skin.

    There are two main types of melanin that determine hair colour. Eumelanin is a black-brown pigment and pheomelanin is a red-yellow pigment.

    The amount of the different pigments determines hair colour. Black and brown hair has mostly eumelanin, red hair has the most pheomelanin, and blonde hair has just a small amount of both.

    So what makes our hair turn grey?

    As we age, it’s normal for cells to become less active. In the hair follicle, this means stem cells produce less melanin – turning our hair grey – and less keratin, causing hair thinning and loss.

    As less melanin is produced, there is less pigment to give the hair its colour. Grey hair has very little melanin, while white hair has none left.

    Unpigmented hair looks grey, white or silver because light reflects off the keratin, which is pale yellow.

    Grey hair is thicker, coarser and stiffer than hair with pigment. This is because the shape of the hair follicle becomes irregular as the stem cells change with age.

    Interestingly, grey hair also grows faster than pigmented hair, but it uses more energy in the process.

    Can stress turn our hair grey?

    Yes, stress can cause your hair to turn grey. This happens when oxidative stress damages hair follicles and stem cells and stops them producing melanin.

    Oxidative stress is an imbalance of too many damaging free radical chemicals and not enough protective antioxidant chemicals in the body. It can be caused by psychological or emotional stress as well as autoimmune diseases.

    Environmental factors such as exposure to UV, pollution, as well as smoking and some drugs, can also play a role.

    Melanocytes are more susceptible to damage than keratinocytes because of the complex steps in melanin production. This explains why ageing and stress usually cause hair greying before hair loss.

    Scientists have been able to link less pigmented sections of a hair strand to stressful events in a person’s life. In younger people, whose stems cells still produced melanin, colour returned to the hair after the stressful event passed.

    4 popular ideas about grey hair – and what science says

    1. Does plucking a grey hair make more grow back in its place?

    No. When you pluck a hair, you might notice a small bulb at the end that was attached to your scalp. This is the root. It grows from the hair follicle.

    Plucking a hair pulls the root out of the follicle. But the follicle itself is the opening in your skin and can’t be plucked out. Each hair follicle can only grow a single hair.

    It’s possible frequent plucking could make your hair grey earlier, if the cells that produce melanin are damaged or exhausted from too much regrowth.

    2. Can my hair can turn grey overnight?

    Legend says Marie Antoinette’s hair went completely white the night before the French queen faced the guillotine – but this is a myth.

    It is not possible for hair to turn grey overnight, as in the legend about Marie Antoinette.
    Yann Caradec/Wikimedia, CC BY-NC-SA

    Melanin in hair strands is chemically stable, meaning it can’t transform instantly.

    Acute psychological stress does rapidly deplete melanocyte stem cells in mice. But the effect doesn’t show up immediately. Instead, grey hair becomes visible as the strand grows – at a rate of about 1 cm per month.

    Not all hair is in the growing phase at any one time, meaning it can’t all go grey at the same time.

    3. Will dyeing make my hair go grey faster?

    This depends on the dye.

    Temporary and semi-permanent dyes should not cause early greying because they just coat the hair strand without changing its structure. But permanent products cause a chemical reaction with the hair, using an oxidising agent such as hydrogen peroxide.

    Accumulation of hydrogen peroxide and other hair dye chemicals in the hair follicle can damage melanocytes and keratinocytes, which can cause greying and hair loss.

    4. Is it true redheads don’t go grey?

    People with red hair also lose melanin as they age, but differently to those with black or brown hair.

    This is because the red-yellow and black-brown pigments are chemically different.

    Producing the brown-black pigment eumelanin is more complex and takes more energy, making it more susceptible to damage.

    Producing the red-yellow pigment (pheomelanin) causes less oxidative stress, and is more simple. This means it is easier for stem cells to continue to produce pheomelanin, even as they reduce their activity with ageing.

    With ageing, red hair tends to fade into strawberry blonde and silvery-white. Grey colour is due to less eumelanin activity, so is more common in those with black and brown hair.

    Your genetics determine when you’ll start going grey. But you may be able to avoid premature greying by staying healthy, reducing stress and avoiding smoking, too much alcohol and UV exposure.

    Eating a healthy diet may also help because vitamin B12, copper, iron, calcium and zinc all influence melanin production and hair pigmentation.

    Theresa Larkin does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.

    ref. Is stress turning my hair grey? – https://theconversation.com/is-stress-turning-my-hair-grey-239100

    MIL OSI AnalysisEveningReport.nz

  • MIL-OSI Russia: Australia: Staff Concluding Statement of the 2024 Article IV Mission

    Source: IMF – News in Russian

    October 2, 2024

    A Concluding Statement describes the preliminary findings of IMF staff at the end of an official staff visit (or ‘mission’), in most cases to a member country. Missions are undertaken as part of regular (usually annual) consultations under Article IV of the IMF’s Articles of Agreement, in the context of a request to use IMF resources (borrow from the IMF), as part of discussions of staff monitored programs, or as part of other staff monitoring of economic developments.

    The authorities have consented to the publication of this statement. The views expressed in this statement are those of the IMF staff and do not necessarily represent the views of the IMF’s Executive Board. Based on the preliminary findings of this mission, staff will prepare a report that, subject to management approval, will be presented to the IMF Executive Board for discussion and decision.

    • Growth has slowed; while inflation is retreating from its peak, it remains elevated as demand-supply imbalances persist particularly in sectors like rents, new dwellings and insurance. The mission projects a modest economic recovery next year, pushing growth from 1.2 percent for 2024 to 2.1 percent for 2025, bolstered by real income growth and resilient labor markets. The uncertain global environment and geoeconomic fragmentation pose significant external risks.
    • Near-term policies should continue to focus on reducing inflation while nurturing economic growth. The Reserve Bank of Australia’s continued restrictive monetary policy stance aimed at combating persistent inflation is appropriate. Should disinflation stall, policies may need to be further tightened while preserving targeted support to vulnerable households amid rising living costs. Financial sector policies should prioritize preserving stability, while tackling localized vulnerabilities arising from tightened financial conditions. Addressing the housing affordability challenges requires a holistic approach to tackle the continued supply shortfall.
    • Australia’s robust economic institutions and policy frameworks can be further enhanced to underpin stability and foster growth in the long term. Structural policies should focus on enhancing resilience, revitalizing productivity growth through enhancing competition and innovation — including leveraging AI technology responsibly — and strategically navigating the climate transition.

    Washington, DC:

    I. CONTEXT AND RECENT DEVELOPMENTS

    1. Australia’s resilient economy faces cyclical challenges. Recent decades of strong growth are attributed to effective policies, strong institutions, flexible prices, strong regional trade links, and robust population growth. Post-pandemic stabilization efforts have included a balanced set of macro policy measures to manage demand and bring inflation back to target while preserving the gains in the labor market. Progress in reducing price pressures and bringing inflation back to target has been slower than expected. In this context, significant policy challenges remain in rebalancing the economy while navigating cyclical headwinds.
    2. Economic growth has continued to decelerate. Under tightened policies, growth slowed to 1.0 percent (y/y) in the second quarter of 2024, down from 1.9 percent (y/y) a year ago. Per capita private consumption was down 1.9 percent (y/y) in 2024Q2, as real disposable income per capita declined due to high inflation, elevated interest rates, and tax payments growing faster than incomes prior to recent income tax cuts. Younger Australians, who are more likely to rent or hold mortgages, have seen a greater impact on spending. Despite recent resilience, private business investment has started easing, growing at just 1.6 percent (y/y). Economic activity has been supported by public demand and large state infrastructure projects. The labor market has eased somewhat but remains relatively resilient, with unemployment at 4.2 percent in August 2024, and the vacancies-to-unemployment ratio still above pre-pandemic levels. The current account fell into deficit in early 2024, driven primarily by the normalization of commodity prices.
    3. Inflation has continued to ease from post-pandemic highs, but price pressures remain elevated. Restrictive monetary policy and an easing in supply pressures led to headline inflation falling to 3.8 percent (y/y) in the second quarter of 2024 from a peak of 7.8 percent (y/y) in late 2022. Headline inflation—as measured by the monthly CPI indicator—declined to below 3 percent in August due in part to sizeable temporary electricity subsidies. However, underlying price pressures remain elevated, most notably in non-tradable sectors like rents, new dwellings, and insurance, reflecting ongoing demand-supply imbalances. The mission welcomes the second consecutive Commonwealth Government budget surplus in FY2023/24. This was achieved by saving revenue windfalls from a resilient labor market and higher commodity prices, and identifying expenditure reductions or reprioritizations, while implementing cost-of-living relief measures. While acute demand and supply imbalances in the housing market have begun to ease, national house prices have surpassed pandemic-era peaks and the momentum persists, with rents also rising significantly.

    II. OUTLOOK AND RISKS

    1. The economy is projected to recover gradually. Growth is expected to start picking up in the second half of the year, reaching 1.2 percent for 2024 and 2.1 percent for 2025. Real wage growth is expected to boost private consumption, while public demand is expected to remain solid. Meanwhile, it remains too early to assess to what extent the recent income tax cuts would be saved or spent by households. Starting in 2025, private demand is also expected to benefit from gradual monetary policy easing and a rebound in dwelling construction after the resolution of bottlenecks. However, growth will remain below its potential rate until 2026, when it is forecast to converge to 2.3 percent. Labor market conditions are anticipated to soften gradually, with a modest rise in unemployment to about 4.5 percent. Trimmed mean inflation is expected to sustainably return to the RBA’s target range at end-2025, with underlying price pressures easing only slowly. Upside risks to inflation include a slower than forecast rebalancing in labor market demand and supply, potential larger fiscal impulses, demand impact of recent house price increases, and higher tradable prices due to rising geoeconomic fragmentation.
    2. With large uncertainty surrounding the macroeconomic baseline, the balance of risks is tilted to the downside:
    • External risks: The uncertain external environment, including weakness in major trading partners, poses risks to Australia’s growth. Geoeconomic fragmentation, which could potentially reconfigure global trade, poses risks to external demand, especially given Australia’s sizeable commodity exports and diverse trading partners. Rising shipping costs and volatile energy and food costs stemming from global geopolitical tensions could complicate the fight against inflation. At the same time, Australia’s pivotal role in the Pacific in providing aid and remittances, enhances regional economic stability and development. Additionally, Australia’s economy continues to benefit from positive regional interactions, such as labor migration that addresses domestic capacity constraints and skills shortages.
    • Domestic risks: The disinflation process may stall due to persistent services inflation, a stronger-than-expected fiscal impulse, or spillovers from global trade and supply chain disruptions; this may in turn raise prospects of higher-for-even longer interest rates, with implications for consumption and investment. Conversely, growth may be weaker than forecast, or unemployment may rise faster than projected (for example, if the current labor market tightness proves to be localized), potentially requiring the Reserve Bank to lower interest rates sooner.

    III. NEAR-TERM POLICIES TO BRING DOWN INFLATION WHILE NURTURING GROWTH AND PRESERVING FINANICAL STABILITY

    1. Near-term policies should focus on managing the final phase of returning inflation to target while nurturing growth. The baseline policy mix should be orchestrated carefully to achieve these objectives and ensure price and financial stability. The current restrictive monetary policy stance is essential to address risks of prolonged inflation. Fiscal policy should support disinflation as the economy continues to grapple with supply capacity constraints. Additionally, macroprudential policies should maintain a stringent stance to mitigate the risk of excessive vulnerabilities in household balance sheets, particularly in the context of rising house prices. Should disinflation stall, monetary policy may need to be further tightened, supported by tighter fiscal policy while nurturing growth, and preserving targeted support to vulnerable households amid rising living costs. This contingent policy mix should ensure monetary and fiscal authorities complement each other to avoid overburdening any single policy instrument. In the face of external shocks, Australia’s commitment to a flexible exchange rate, will allow monetary policy to focus on domestic policy objectives.
    2. In this context, the RBA’s decision to maintain its restrictive policy stance in the near-term is appropriate. The still persistent inflation and emerging upside risks emphasize the importance of a tight monetary stance until the inflation outlook sustainably aligns with the target range. This stance is supported by the strong transmission of monetary policy through the Australian housing sector, largely due to a high proportion of variable-rate mortgages, and a possibly slow yet important transmission via non-mining business investment. While inflation expectations have remained anchored, the RBA should continue to build on its recent efforts and explore ways to further strengthen its communications capabilities and effectively guide the general public’s and the market’s understanding of its data dependent decision-making process and their expectations regarding policy shifts in an uncertain global policy environment.
    3. Should disinflation stall, a tighter fiscal stance would be warranted, while better targeting of transfers could more efficiently support vulnerable households. The FY2024/25 Commonwealth budget is projected to deliver a positive fiscal impulse based on the mission’s estimates. A preannounced personal income tax (PIT) cut and new expenditure items including broad-based cost-of-living support, are expected to contribute to moving the budget to a deficit. The mission’s analysis shows that while the cost-of-living support lowers the price level on a temporary basis, it may inject some additional stimulus into the broader economy. The permanent PIT cut increase households’ disposable income, but it remains too early to assess the extent to which they will be saved or spent and therefore the extent and timing of any impulse to demand. State and Territory budgets have proven more expansionary than expected in the near-term, incorporating further cost-of-living support and infrastructure spending. Should disinflation stall, expenditure rationalization at all levels of government could help lower aggregate demand and support a faster return of inflation to target. In particular, infrastructure spending could be carefully prioritized to avoid aggravating construction capacity constraints, by focusing on boosting productivity and facilitating the green transition. In addition, transfers should be made targeted wherever possible.
    4. Financial sector policies should prioritize maintaining stability, while carefully addressing localized vulnerabilities arising from tightened financial conditions. Banks are in a strong position, showcasing high capital levels, solid liquidity, and healthy profits, while also demonstrating resilience in recent stress tests conducted by the Australian Prudential Regulation Authority (APRA). While most households and businesses continue to be resilient, financial pressures are evident in vulnerabilities in low-income households and small-medium enterprises, and challenges to firms’ profitability under tight financial conditions. More generally, concerns about hidden leverage or vulnerabilities, combined with new and emerging global risks, could resurface. Thus, the mission welcomes APRA’s plan for the first system stress test to better understand interconnectedness across the financial system, providing a platform to quantify, assess and respond to identified risks. The mission team also welcomes APRA’s close monitoring of lending standards and regular review of macroprudential policy settings and would reiterate its recommendation that the authorities consider preemptively expanding their toolkit to include additional borrower-based measures, such as Debt-to-Income and Loan-to-Value Ratio, to manage household indebtedness and ensure financial stability amidst the housing market pressures. While financial supervisory and regulatory reforms have been undertaken to enhance resilience, data gaps on Non-Bank Financial Institutions pose challenges to effective risk oversight, including its exposure to commercial real estate (CRE) sector.
    5. A holistic policy package is needed to address housing affordability issues. Australia faces a significant housing supply shortfall, exacerbated by structural challenges such as restrictive planning and zoning regulations, high land costs, infrastructure deficits, and residential dwelling investment around decade lows. These barriers, coupled with high interest rates, elevated building costs, and labor shortages, have led to a substantial backlog in housing development, contributing to escalating prices and affordability concerns. To address these issues, a comprehensive strategy is essential, focusing on increasing construction worker supply, relaxing zoning and planning restrictions, supporting the built-to-rent sector, expanding public and affordable housing, and reevaluating property taxes (including tax concessions to property investors) and stamp duty to promote efficient land use. At the same time, capital flow management (CFM) measures that discriminate between residents and nonresidents are not consistent with the Fund’s Institutional View and should be replaced by non-discriminatory measures.

    IV. Medium-Term Reform Priorities to Strengthen Economic Resilience

    1. Australia’s robust economic institutions and policy frameworks can be further enhanced to underpin stability and foster growth. The establishment of a new Monetary Policy Board and strengthened governance arrangements and decision-making processes, in line with international best practices, would bolster central bank operational autonomy and enhance monetary-fiscal policy synergies. Tax reforms should target system efficiency and fairness, reducing reliance on direct taxes and high capital costs that hinder growth. Tax breaks, including from capital gains tax discount and superannuation concessions, could be phased out to generate a more equitable and efficient tax system. Forthcoming environmental and demographic changes will put structural upwards pressures on government spending. Expenditure reforms should therefore aim to enhance spending efficiency and sustainability, emphasizing improved governance in infrastructure projects and strengthening intergovernmental collaboration. The aged care reforms and NDIS review represent positive forward steps. As long-term spending pressures rise, the authorities can consider bolstering their fiscal policy framework with clearer anchors.
    2. Efforts to rejuvenate Australia’s productivity growth, including through competition policy, should be prioritized, focusing on reforms across capital and labor markets. Initiatives grounded in the five pillar Productivity Agenda—emphasizing innovation, a level playing field for firms, and human capital enhancement—are crucial for resilient medium-term growth. Enhancing innovation through building intangible capital, promoting R&D, creating a supportive environment for swift adoption of technologies, supporting intellectual property rights, and ensuring policy certainty are vital. The work of the authorities to improve the competition landscape, including data-based assessments of the use and impact of worker restraints (non-compete clauses), and reforms of merger rules towards a risk-based system using notification thresholds, together with initiatives to support labor market efficiency including expanding access to quality early childhood education and enhancing skills development to align with market needs, are critical for bolstering productivity.
    3. The advent of AI technologies introduces both opportunities and challenges to the Australian labor market, necessitating proactive labor market policies. With a significant portion of occupations highly exposed to AI, reminiscent of other advanced economies, the focus should be given to public awareness programs, as well as ensuring appropriate access to training and upskilling for workers who may be affected. These measures, coupled with ongoing assessment and policy flexibility, should aim to maximize AI’s productivity benefits, while mitigating the risks of job displacement and worsening inequality. This approach underscores the importance of agility and adaptation in policymaking to keep pace with rapidly evolving technological advancements. Efforts at the country level, must be complemented by multilateral collaboration, to ensure safe and responsible AI use globally.
    4. Australia’s approach to climate change and the global transition presents a multifaceted challenge, balancing risks and opportunities. To ensure an orderly transition to a low-carbon economy, a balanced mix of mitigation and adaptation, combined with transition policies, is crucial. Progress towards ambitious emission reduction goals necessitates addressing construction bottlenecks and community engagement issues, and potential solutions include an economy-wide carbon price or targeted sectoral policies. The domestic and global transition toward renewable energy would likely impact jobs, exports, and revenues, particularly given Australia’s status as a leading coal exporter. Thus, adapting to climate risks and fostering resilience, particularly in the financial sector and vulnerable communities, is of paramount importance. At the same time, emerging opportunities in green metals, green hydrogen and critical minerals mining and processing could mitigate these risks.
    5. Australia’s continued efforts to support multilateral solutions are welcome, including the rules-based international trading system. In this respect, the “Future Made in Australia” program goal of supporting the green transition, should be balanced with efforts for a careful design of the program and keeping it narrowly targeted to where market solutions fall short due to the presence of externalities or other market imperfections. In this context, adherence to core market-based principles, that are essential to minimizing trade and investment distortions in line with WTO obligations, crowding in private investments, while supporting economic resilience and net-zero objectives, would be key. Finally, the mission team would like to commend Australia’s continued voluntary participation in the review of transnational aspects of corruption through which the country is sending a powerful positive signal, which, if followed by other advanced economies, will help address more systematically transnational aspects of corruption and deliver a better governance world.

    The IMF mission team would like to express its deep appreciation to the Australian authorities and other interlocutors for their close engagement and cooperation. Our unstinting gratitude particularly goes to the counterparts at the Treasury and the Reserve Bank of Australia for the substantial time and effort devoted to supporting our work. The team looks forward to maintaining this constructive engagement and policy dialogue.

    IMF Communications Department
    MEDIA RELATIONS

    PRESS OFFICER: Rahim Kanani

    Phone: +1 202 623-7100Email: MEDIA@IMF.org

    @IMFSpokesperson

    https://www.imf.org/en/News/Articles/2024/10/02/mcs-australia-staff-concluding-statement-of-the-2024-article-iv-mission

    MIL OSI

    MIL OSI Russia News

  • MIL-OSI China: Cutting-edge technologies, products of NEV showcased in Hainan

    Source: People’s Republic of China – State Council News

    Cutting-edge technologies, products of NEV showcased in Hainan

    Updated: September 30, 2024 10:14 Xinhua
    This photo taken on Sept. 28, 2024 shows an exhibition featuring cutting-edge technologies and products of new energy vehicle (NEV) in Haikou, south China’s Hainan Province. More than 30 NEV firms showcased their new energy vehicles, batteries and intelligent-connected technology at the exhibition. [Photo/Xinhua]
    This photo taken on Sept. 28, 2024 shows a Global Intelligent Electric Architecture (GEA) at the booth of Geely during an exhibition featuring cutting-edge technologies and products of new energy vehicle (NEV) in Haikou, south China’s Hainan Province, Sept. 28, 2024. [Photo/Xinhua]
    This photo taken on Sept. 28, 2024 shows a MIGHTY Fuel Cell vehicle at the booth of Hyundai during an exhibition featuring cutting-edge technologies and products of new energy vehicle (NEV) in Haikou, south China’s Hainan Province. [Photo/Xinhua]
    This photo taken on Sept. 28, 2024 shows a chassis with AI technology at the booth of Geely during an exhibition featuring cutting-edge technologies and products of new energy vehicle (NEV) in Haikou, south China’s Hainan Province, Sept. 28, 2024. [Photo/Xinhua]
    This photo taken on Sept. 28, 2024 shows a hydrogen fuel cell system at the booth of Hyundai during an exhibition featuring cutting-edge technologies and products of new energy vehicle (NEV) in Haikou, south China’s Hainan Province. [Photo/Xinhua]
    This photo taken on Sept. 28, 2024 shows Shendun short-blade battery at the booth of Geely during an exhibition featuring cutting-edge technologies and products of new energy vehicle (NEV) in Haikou, south China’s Hainan Province. [Photo/Xinhua]

    MIL OSI China News

  • MIL-OSI China: China provides vibrant digital trade cooperation platform with int’l expo

    Source: China State Council Information Office

    Sales staff promote African products via livestreaming during the third Global Digital Trade Expo in Hangzhou, east China’s Zhejiang Province, Sept. 25, 2024. [Photo/Xinhua]

    The third Global Digital Trade Expo (GDTE), concluding on Sunday, has been a vibrant platform for fostering global partnerships in digital commerce and thus sustainable growth.

    Held in Hangzhou, a city known for blending ancient charm and modern innovation, the expo featured more than 1,500 enterprises, including over 300 international companies.

    Attendees experienced cutting-edge innovations like AI-driven robots and hydrogen-powered drones and were presented with over 400 new products and technologies.

    Valuable experience

    Kazakh Minister of Digital Development, Innovation, and Aerospace Industry Zhaslan Madiyev highlighted China’s role as a global leader in e-commerce and digital technologies, noting that China is accelerating the digital transformation of markets worldwide.

    In a written interview with Xinhua, Madiyev said China’s experience offers valuable insights for countries in the early stages of developing their digital markets, aiding global growth and helping reduce digital inequality. He cited Kazakhstan’s efforts to improve telecommunications and cybersecurity by learning from China.

    In addition to cutting-edge technologies, China’s experience in e-commerce also set an example for countries seeking to capitalize on the rapid growth of digital trade.

    Kilimall, an e-commerce platform founded by Chinese entrepreneurs in Africa in 2014, has become one of the most popular shopping websites among Africans. It has generated about 10,000 local jobs in logistics, courier services, customer support and regional sales.

    The cooperation between China and Africa in digital economy “represents a new model of economic cooperation that creates tangible value for businesses and people on both sides” said Ugandan Ambassador to China Oliver Wonekha.

    Digitalization is a technological leap and a key driver of future development for countries and businesses, said Jean Louis Robinson, ambassador of Madagascar to China. “We are eager to work closely with Chinese companies to learn from China’s advanced experience in digital economy and promote sustainable development in Madagascar,” he added.

    Robots perform dance at a booth during the third Global Digital Trade Expo in Hangzhou, east China’s Zhejiang Province, Sept. 25, 2024. [Photo/Xinhua]

    Vast opportunities

    China’s advanced digital economy and vast market scale are creating immense opportunities for the world, said experts and attendees at the expo.

    “For us, China is not just a sales market,” said Lyu Feng, division head of public relations at Yokogawa China, a Japanese electric firm. He highlighted China’s vast emerging industries, strong market demand, and numerous high-tech companies.

    Lyu added that the company emphasizes collaborating with Chinese enterprises to explore new opportunities, particularly in digital transformation and carbon emissions management in the manufacturing sector.

    Zhu Lili, vice president of AstraZeneca China, expressed that the pharmaceutical giant is “highly confident” in the Chinese market and its innovation ecosystem. She emphasized the company’s goal to partner with more local firms to explore the application of digital technologies in healthcare, driving sustainable and high-quality growth for both the healthcare industry and the broader economy.

    In the first half of 2024, China’s cross-border e-commerce imports and exports reached 1.22 trillion yuan (about 170 billion U.S. dollars), an increase of 10.5 percent year over year, according to customs data.

    Kazakhstan has opened national pavilions on Chinese e-commerce platforms like Alibaba and JD.com to promote products such as powdered milk, safflower oil, and honey, boosting bilateral e-commerce ties, Serik Korzhumbayev, editor-in-chief of Delovoy Kazakhstan, told Xinhua.

    Yao Hongchun, vice president of the Thai Chinese New Generation Business Association, emphasized its potential for collaboration with China, mainly through advanced e-commerce technologies tailored to Thai consumers.

    A foreign merchant consults about a small intelligent translation device at the third Global Digital Trade Expo in Hangzhou, east China’s Zhejiang Province, Sept. 25, 2024. [Photo/Xinhua]

    Cooperation platform

    “E-commerce can be successful and further developed in the long run if everyone can find their way in it, if it is based on close international cooperation, if it is diversified and if as many countries as possible are involved on both the manufacturer and the buyer side,” Hungarian National Assembly’s Deputy Speaker Lajos Olah said at the opening ceremony of the expo.

    By July 2024, China has signed e-commerce cooperation memorandums of understanding with 33 countries spanning five continents.

    Additionally, China has been involved in digital economy collaborations through multilateral frameworks like the Shanghai Cooperation Organization, BRICS, the APEC Economic Leaders’ Meeting, and the G20, according to an e-commerce development report released by China’s Ministry of Commerce during the expo.

    Beyond exhibitions, this year’s GDTE also featured multiple forums, meetings, and seminars, providing officials and industry leaders with platforms to exchange views and discuss prospects for international collaboration.

    Through participating in the expo, Thailand is ready to work with partners in trade, investment, research, and development to expand its digital products and services, aiming to integrate into key global supply chains, Thailand’s Deputy Permanent Secretary of the Ministry of Commerce, Ekachat Seetavorarat told Xinhua on the sidelines of the expo.

    Madiyev also highlighted the GDTE as a unique opportunity to exchange experiences with leading global players in the digital economy and expand economic ties with other countries, particularly China.

    MIL OSI China News

  • MIL-OSI China: China provides vibrant digital trade cooperation platform

    Source: China State Council Information Office 3

    Sales staff promote African products via livestreaming during the third Global Digital Trade Expo in Hangzhou, east China’s Zhejiang Province, Sept. 25, 2024. [Photo/Xinhua]

    The third Global Digital Trade Expo (GDTE), concluding on Sunday, has been a vibrant platform for fostering global partnerships in digital commerce and thus sustainable growth.

    Held in Hangzhou, a city known for blending ancient charm and modern innovation, the expo featured more than 1,500 enterprises, including over 300 international companies.

    Attendees experienced cutting-edge innovations like AI-driven robots and hydrogen-powered drones and were presented with over 400 new products and technologies.

    Valuable experience

    Kazakh Minister of Digital Development, Innovation, and Aerospace Industry Zhaslan Madiyev highlighted China’s role as a global leader in e-commerce and digital technologies, noting that China is accelerating the digital transformation of markets worldwide.

    In a written interview with Xinhua, Madiyev said China’s experience offers valuable insights for countries in the early stages of developing their digital markets, aiding global growth and helping reduce digital inequality. He cited Kazakhstan’s efforts to improve telecommunications and cybersecurity by learning from China.

    In addition to cutting-edge technologies, China’s experience in e-commerce also set an example for countries seeking to capitalize on the rapid growth of digital trade.

    Kilimall, an e-commerce platform founded by Chinese entrepreneurs in Africa in 2014, has become one of the most popular shopping websites among Africans. It has generated about 10,000 local jobs in logistics, courier services, customer support and regional sales.

    The cooperation between China and Africa in digital economy “represents a new model of economic cooperation that creates tangible value for businesses and people on both sides” said Ugandan Ambassador to China Oliver Wonekha.

    Digitalization is a technological leap and a key driver of future development for countries and businesses, said Jean Louis Robinson, ambassador of Madagascar to China. “We are eager to work closely with Chinese companies to learn from China’s advanced experience in digital economy and promote sustainable development in Madagascar,” he added.

    Robots perform dance at a booth during the third Global Digital Trade Expo in Hangzhou, east China’s Zhejiang Province, Sept. 25, 2024. [Photo/Xinhua]

    Vast opportunities

    China’s advanced digital economy and vast market scale are creating immense opportunities for the world, said experts and attendees at the expo.

    “For us, China is not just a sales market,” said Lyu Feng, division head of public relations at Yokogawa China, a Japanese electric firm. He highlighted China’s vast emerging industries, strong market demand, and numerous high-tech companies.

    Lyu added that the company emphasizes collaborating with Chinese enterprises to explore new opportunities, particularly in digital transformation and carbon emissions management in the manufacturing sector.

    Zhu Lili, vice president of AstraZeneca China, expressed that the pharmaceutical giant is “highly confident” in the Chinese market and its innovation ecosystem. She emphasized the company’s goal to partner with more local firms to explore the application of digital technologies in healthcare, driving sustainable and high-quality growth for both the healthcare industry and the broader economy.

    In the first half of 2024, China’s cross-border e-commerce imports and exports reached 1.22 trillion yuan (about 170 billion U.S. dollars), an increase of 10.5 percent year over year, according to customs data.

    Kazakhstan has opened national pavilions on Chinese e-commerce platforms like Alibaba and JD.com to promote products such as powdered milk, safflower oil, and honey, boosting bilateral e-commerce ties, Serik Korzhumbayev, editor-in-chief of Delovoy Kazakhstan, told Xinhua.

    Yao Hongchun, vice president of the Thai Chinese New Generation Business Association, emphasized its potential for collaboration with China, mainly through advanced e-commerce technologies tailored to Thai consumers.

    A foreign merchant consults about a small intelligent translation device at the third Global Digital Trade Expo in Hangzhou, east China’s Zhejiang Province, Sept. 25, 2024. [Photo/Xinhua]

    Cooperation platform

    “E-commerce can be successful and further developed in the long run if everyone can find their way in it, if it is based on close international cooperation, if it is diversified and if as many countries as possible are involved on both the manufacturer and the buyer side,” Hungarian National Assembly’s Deputy Speaker Lajos Olah said at the opening ceremony of the expo.

    By July 2024, China has signed e-commerce cooperation memorandums of understanding with 33 countries spanning five continents.

    Additionally, China has been involved in digital economy collaborations through multilateral frameworks like the Shanghai Cooperation Organization, BRICS, the APEC Economic Leaders’ Meeting, and the G20, according to an e-commerce development report released by China’s Ministry of Commerce during the expo.

    Beyond exhibitions, this year’s GDTE also featured multiple forums, meetings, and seminars, providing officials and industry leaders with platforms to exchange views and discuss prospects for international collaboration.

    Through participating in the expo, Thailand is ready to work with partners in trade, investment, research, and development to expand its digital products and services, aiming to integrate into key global supply chains, Thailand’s Deputy Permanent Secretary of the Ministry of Commerce, Ekachat Seetavorarat told Xinhua on the sidelines of the expo.

    Madiyev also highlighted the GDTE as a unique opportunity to exchange experiences with leading global players in the digital economy and expand economic ties with other countries, particularly China.

    MIL OSI China News

  • MIL-OSI Translation: Government of Canada investments in electric vehicles

    MIL OSI Translation. Canadian French to English –

    Source: Government of Canada – in French 2

    The Minister of Energy and Natural Resources, the Honourable Jonathan Wilkinson, announced a federal investment of $14.9 million in 20 projects to support infrastructure, awareness measures, and codes and standards for zero-emission vehicles.

    We all have a role to play in the fight against climate change. A broad shift to electric vehicles (EVs) is essential to decarbonizing road transportation, which accounts for 18% of Canada’s total greenhouse gas (GHG) emissions—50% of which comes from light-duty vehicles or passenger cars.

    Additionally, clean fuels such as clean hydrogen, advanced biofuels, liquid synthetic fuels and renewable natural gas will play a critical role in hard-to-decarbonize sectors such as industry and medium- and heavy-duty freight transportation.

    The Minister of Energy and Natural Resources, the Honourable Jonathan Wilkinson, today announced a federal investment of $14.9 million in 20 projects to support infrastructure, awareness measures, and codes and standards for zero-emission vehicles.

    Projects funded under the Zero-Emission Vehicle Infrastructure Program

    Kang and Gill Construction, a limited liability company located in Victoria, British Columbia: an investment of $340,000 to install 68 EV charging stations by March 31, 2024. Halifax County Condominium Corporation No. 240, Halifax, Nova Scotia: an investment of $110,000 to install 22 EV charging stations by April 2023. Halifax International Airport, Goffs, Nova Scotia: an investment of $180,000 to install 37 EV charging stations by December 2024. Park Royal Shopping Centre Holdings, a limited liability company located in West Vancouver, North Vancouver and Whistler, British Columbia: an investment of $242,000 from NRCan to install 50 EV charging stations by November 2023. Concert Realty Services, a limited liability company located in Vancouver, British Columbia: an investment of $190,000 from NRCan to install 38 EV charging stations by January 2025. Westbank Projects, a company located in Toronto, Ontario and Vancouver, British Columbia: an investment of $4,914,660 to install 2,635 EV charging stations by May 2025. THE OWNERS, STRATA PLAN BCS4321, Vancouver, British Columbia: an investment of $150,000 to install 30 EV charging stations by June 2024. Austeville Properties, a limited liability company located in Vancouver, British Columbia: an investment of $250,000 to install 50 EV charging stations by October 2025. 2025. 1125 Denman Developments Limited Partnership through its general partner Denman Developments, in Vancouver, British Columbia: an investment of $500,000 for the installation of 16 EV charging stations by July 2025. The Owners Strata Plan LMS1108 “The National”, in Vancouver, British Columbia: an investment of $260,000 for the installation of 60 EV charging stations by May 2024. Strata Corporation LMS4255 “Marinaside Resort”, in Vancouver, British Columbia: an investment of $500,000 for the installation of 140 EV charging stations by May 2024. 1229488 BC, a limited liability company located in Vancouver, British Columbia: an investment of $99,999 for the installation of of 23 EV charging stations by March 2024.

    Zero Emission Vehicle Awareness Initiative

    Plug’N Drive, Toronto, Ontario: an investment of $1,560,633 to increase awareness of electric vehicles among Canadians through a comprehensive test-drive experimentation and awareness campaign targeting small and medium-sized communities with limited experience or exposure to EVs. Create Climate Equity Association, Coquitlam, British Columbia: an investment of $100,000 to consult with one or more underserved, low-income urban communities in the City of Vancouver on transportation needs and develop a model for developing equity-based zero-emission mobility solutions for participating communities. Steel River Group, a limited liability company located in Calgary, Alberta: an investment of $300,000 to empower and equip Indigenous youth with the knowledge, skills and confidence to lead sustainable transportation and clean energy projects in their communities. Northern Alberta Institute of Technology (NAIT) in Edmonton, Alberta: an investment of $247,045 to develop non-credit courses on hydrogen fuel cell bus and heavy-duty vehicle maintenance to train fleet owners, drivers, heavy-duty mechanics and technicians on the operation and maintenance of medium- and heavy-duty vehicles and to increase public confidence and knowledge of these zero-emission vehicles. HUB Cycling in Vancouver, British Columbia: an investment of $241,545 to increase awareness and adoption of electric mobility in British Columbia.

    Minister Wilkinson also announced $3.6 million in funding for CSA Group to update codes and standards related to zero-emission vehicle infrastructure under the Energy Innovation Program:

    CSA Group, Toronto, Ontario: $3,616,373. The funded project aims to establish or update codes and standards, develop guidelines, manage committees, and conduct literature reviews on zero-emission transportation infrastructure, including advanced charging equipment, energy storage, management and various modes of transportation.

    Housing, Infrastructure and Communities Canada – Investing in Canada Infrastructure Program

    Finally, Minister Wilkinson announced a joint investment of more than $3.1 million through the Green Infrastructure Stream of the Investing in Canada Infrastructure Program for two green infrastructure projects in British Columbia. The projects will improve access to clean transportation options, tap into the province’s clean electricity supply, and reduce greenhouse gas emissions.

    Public Electric Vehicle Charging Network Expansion – Phase 3 in Vancouver, British Columbia: o The federal government is investing $824,600 through the Green Infrastructure Stream of the Investing in Canada Infrastructure Program. The Government of British Columbia is investing $687,098 through the CleanBC Communities Fund. The City of Vancouver is providing $549,802. o The project involves installing approximately 15 Level 2 and 9 DC fast chargers near parks throughout the city, as well as upgrading electrical and mechanical systems. Public Electric Vehicle Charging Infrastructure in the District of North Vancouver, British Columbia: o The federal government is investing $217,447 through the Green Infrastructure Stream of the Investing in Canada Infrastructure Program. The Government of British Columbia is investing $579,821 through the CleanBC Communities Fund. Finally, the District of North Vancouver is providing $289,965. o The project involves the development of a public network of approximately ten Level 2 charging stations and two DC fast chargers along major roadways, in major buildings, and near multi-family and social housing units in the district.

    EDITOR’S NOTE: This article is a translation. Apologies should the grammar and/or sentence structure not be perfect.

    MIL Translation OSI

  • MIL-OSI USA: NASA’s Hubble Finds that a Black Hole Beam Promotes Stellar Eruptions

    Source: NASA

    6 min read

    Download this image

    In a surprise finding, astronomers using NASA’s Hubble Space Telescope have discovered that the blowtorch-like jet from a supermassive black hole at the core of a huge galaxy seems to cause stars to erupt along its trajectory. The stars, called novae, are not caught inside the jet, but apparently in a dangerous neighborhood nearby.

    The finding is confounding researchers searching for an explanation. “We don’t know what’s going on, but it’s just a very exciting finding,” said lead author Alec Lessing of Stanford University. “This means there’s something missing from our understanding of how black hole jets interact with their surroundings.”

    A nova erupts in a double-star system where an aging, swelled-up, normal star spills hydrogen onto a burned-out white dwarf companion star. When the dwarf has tanked up a mile-deep surface layer of hydrogen that layer explodes like a giant nuclear bomb. The white dwarf isn’t destroyed by the nova eruption, which ejects its surface layer and then goes back to siphoning fuel from its companion, and the nova-outburst cycle starts over again.

    Hubble found twice as many novae going off near the jet as elsewhere in the giant galaxy during the surveyed time period. The jet is launched by a 6.5-billion-solar-mass central black hole surrounded by a disk of swirling matter. The black hole, engorged with infalling matter, launches a 3,000-light-year-long jet of plasma blazing through space at nearly the speed of light. Anything caught in the energetic beam would be sizzled. But being near its blistering outflow is apparently also risky, according to the new Hubble findings.
    Download this image

    The finding of twice as many novae near the jet implies that there are twice as many nova-forming double-star systems near the jet or that these systems erupt twice as often as similar systems elsewhere in the galaxy.

    “There’s something that the jet is doing to the star systems that wander into the surrounding neighborhood. Maybe the jet somehow snowplows hydrogen fuel onto the white dwarfs, causing them to erupt more frequently,” said Lessing. “But it’s not clear that it’s a physical pushing. It could be the effect of the pressure of the light emanating from the jet. When you deliver hydrogen faster, you get eruptions faster. Something might be doubling the mass transfer rate onto the white dwarfs near the jet.” Another idea the researchers considered is that the jet is heating the dwarf’s companion star, causing it to overflow further and dump more hydrogen onto the dwarf. However, the researchers calculated that this heating is not nearly large enough to have this effect.

    “We’re not the first people who’ve said that it looks like there’s more activity going on around the M87 jet,” said co-investigator Michael Shara of the American Museum of Natural History in New York City. “But Hubble has shown this enhanced activity with far more examples and statistical significance than we ever had before.”

    Shortly after Hubble’s launch in 1990, astronomers used its first-generation Faint Object Camera (FOC) to peer into the center of M87 where the monster black hole lurks. They noted that unusual things were happening around the black hole. Almost every time Hubble looked, astronomers saw bluish “transient events” that could be evidence for novae popping off like camera flashes from nearby paparazzi. But the FOC’s view was so narrow that Hubble astronomers couldn’t look away from the jet to compare with the near-jet region. For over two decades, the results remained mysteriously tantalizing.

    Compelling evidence for the jet’s influence on the stars of the host galaxy was collected over a nine-month interval of Hubble observing with newer, wider-view cameras to count the erupting novae. This was a challenge for the telescope’s observing schedule because it required revisiting M87 precisely every five days for another snapshot. Adding up all of the M87 images led to the deepest images of M87 that have ever been taken.

    [embedded content]

    In a surprise finding, astronomers, using NASA’s Hubble Space Telescope have discovered that the jet from a supermassive black hole at the core of M87, a huge galaxy 54 million light years away, seems to cause stars to erupt along its trajectory.NASA’s Goddard Space Flight Center; Lead Producer: Paul Morris

    Hubble found 94 novae in the one-third of M87 that its camera can encompass. “The jet was not the only thing that we were looking at — we were looking at the entire inner galaxy. Once you plotted all known novae on top of M87 you didn’t need statistics to convince yourself that there is an excess of novae along the jet. This is not rocket science. We made the discovery simply by looking at the images. And while we were really surprised, our statistical analyses of the data confirmed what we clearly saw,” said Shara.

    This accomplishment is entirely due to Hubble’s unique capabilities. Ground-based telescope images do not have the clarity to see novae deep inside M87. They cannot resolve stars or stellar eruptions close to the galaxy’s core because the black hole’s surroundings are far too bright. Only Hubble can detect novae against the bright M87 background.

    Novae are remarkably common in the universe. One nova erupts somewhere in M87 every day. But since there are at least 100 billion galaxies throughout the visible universe, around 1 million novae erupt every second somewhere out there.

    The Hubble Space Telescope has been operating for over three decades and continues to make ground-breaking discoveries that shape our fundamental understanding of the universe. Hubble is a project of international cooperation between NASA and ESA (European Space Agency). NASA’s Goddard Space Flight Center in Greenbelt, Maryland, manages the telescope and mission operations. Lockheed Martin Space, based in Denver, Colorado, also supports mission operations at Goddard. The Space Telescope Science Institute in Baltimore, Maryland, which is operated by the Association of Universities for Research in Astronomy, conducts Hubble science operations for NASA.

    Hubble’s Messier Catalog: M87

    Hubble Black Holes

    Monster Black Holes are Everywhere

    Media Contact:

    Claire AndreoliNASA’s Goddard Space Flight Center, Greenbelt, MDclaire.andreoli@nasa.gov

    Ray VillardSpace Telescope Science Institute, Baltimore, MD

    Science Contact:

    Alec LessingStanford University, Stanford, CA

    Michael SharaAmerican Museum of Natural History, New York, NY

    MIL OSI USA News

  • MIL-OSI: Redefining the “Health or Wealth” Dilemma through HealthFi with Dynachain

    Source: GlobeNewswire (MIL-OSI)

    ROAD TOWN, British Virgin Islands, Sept. 27, 2024 (GLOBE NEWSWIRE) — Dynachain, a pioneer in the HealthFi space, is redefining the way we approach health and finance in daily lives, merging them into a single platform that motivates and incentivizes users for living healthier lives through exclusive financial rewards. With this innovative platform, Dynachain envisions a global community where personal wellness and financial prosperity are intertwined, allowing individuals to achieve both simultaneously. By emphasizing on improving well-being through actionable incentives, Dynachain is setting a new benchmark for aligning personal health goals with financial growth.

    At the heart of Dynachain’s platform lies its proprietary Proof of Wellness (PoW) economics, powering a range of innovative products within their ecosystem, including Drink2Earn, Sleep2Earn, and Wave2Earn, each designed to promote healthier behaviors while offering users financial incentives, creating a sustainable cycle of wellness and rewards. These products have gained significant traction over the past three years, with more than 20,000 devices sold globally, demonstrating the value these products bring to users by helping them achieve positive health outcomes alongside financial benefits.

    • Drink2Earn: Hydrate healthily and earn rewards with DC LIFE PROMAX, A Hydrogen Water Machine.
    • Sleep2Earn: Enhance your sleep quality with the DC REVIVE Smart Mattress , rewarding you for restful nights.
    • Wave2Earn: Rejuvenate and relax with the Ultra Long Wave Massage Device, DC WAVE, rewarding you for prioritizing wellness.

    Leading a New Era in Health with Dynachain

    Dynachain’s upcoming listing on MEXC slated for 28 September, is set to offer early participants an exclusive opportunity to secure tokens before the broader rollout. With only 2.1% of the total circulating supply available during TGE, token scarcity is expected to drive early demand for mass adoption as we progress towards the emerging HealthFi era. Early participants will gain access to Dynachain tokens, positioning themselves ahead of the curve as HealthFi continues to attract attention from both the health and finance sectors.

    Dynachain’s Power Boost Staking Program, with its staking period active from 29 September, 05:00:00 (UTC) to 4 October, 04:59:59 (UTC), offers a unique opportunity for users to maximize their returns through timely participation, especially since rewards are calculated by the second. To receive 100% of your potential staking rewards, staking must begin precisely at the start of the campaign. This five-day window is critical for participants looking to maximize their earnings, with daily rewards of 20% for early stakers.

    Stake Early to Join the HealthFi Movement

    To participate, users must first buy Dynachain tokens on MEXC and then access the staking platform via app.dynachain.io. The earlier you stake, the higher the rewards. For instance, staking 25 minutes after the campaign begins still allows users to earn 99.65% of the rewards, whereas waiting until 4 October significantly reduces the potential to 4.16%. With the campaign approaching a close, staked tokens will be made fully withdrawable, and accumulated rewards will follow a 600-day vesting schedule starting from 4 March 2025, encouraging long-term engagement amongst users with the Dynachain ecosystem.

    Don’t miss out on this rare opportunity to be part of a groundbreaking movement where “health or wealth” is no longer a dilemma. Secure your part in the rapidly expanding HealthFi ecosystem by participating early in Dynachain’s Power Boost Staking Program to make sure you get the most from your investment. Be part of the HealthFi future — stake with Dynachain today!

    For media inquiries or further information, please visit the following:

    X: https://twitter.com/Dynachain

    Facebook: https://www.facebook.com/dynachain.official

    Instagram: https://www.instagram.com/dynachain.io/

    Telegram Community: https://t.me/+wuP60V8ojkBmN2Vl

    Telegram Announcement Channel: https://t.me/dynachaindc

    Media Contact:

    Name: Rayz

    Email: zc.ooi@dynachain.io

    Disclaimer: This content is provided by “Dynachain”. The statements, views and opinions expressed in this column are solely those of the content provider. The information provided in this press release is not a solicitation for investment, nor is it intended as investment advice, financial advice, or trading advice. It is strongly recommended you practice due diligence, including consultation with a professional financial advisor, before investing in or trading cryptocurrency and securities. Please conduct your own research and invest at your own risk.

    A photo accompanying this announcement is available at https://www.globenewswire.com/NewsRoom/AttachmentNg/6823c2f5-737d-4b77-8338-eeeeeb304c44

    The MIL Network

  • MIL-OSI China: Zero-carbon ammonia-hydrogen new energy ceramic production line launched

    Source: China State Council Information Office 3

    The first ceramic roller kiln production line utilizing zero-carbon ammonia-hydrogen combustion technology was put into operation in Foshan, south China’s Guangdong Province, a key hub for the ceramics industry on Thursday.

    This innovative technology uses pure ammonia, which is an efficient hydrogen carrier, as the fuel, replacing traditional fossil fuels and achieving zero carbon dioxide emissions during the ceramic firing process.

    As high-temperature industrial emissions accounted for over 70 percent of China’s national carbon emissions, the potential widespread application of this technology could significantly reduce carbon emissions in China’s manufacturing sector and contribute to global carbon reduction efforts, said Cheng Yibing, a strategic scientist at Foshan Xianhu Laboratory and leader of the ammonia-hydrogen combustion project.

    Foshan Xianhu Laboratory has established a research center for developing industrial zero-carbon combustion technology, aiming to overcome challenges related to the stable burning of pure ammonia, said Cheng, adding that it is the first globally to achieve industrial-scale application of ammonia-hydrogen zero-carbon combustion technology.

    The new production line, located at a ceramics company in Foshan, spans 150 meters with an annual output capacity of 1.5 million square meters. It allows for a flexible mix of natural gas and ammonia in ratios ranging from 0 percent to 100 percent. Utilizing 100 percent pure ammonia as fuel would eliminate combustion-related carbon dioxide emissions entirely.

    Experts said that this production line not only validates the feasibility of large-scale application of ammonia-hydrogen combustion technology in industrial kilns but also provides crucial technical support and data accumulation for promoting the technology across China, accelerating the transition to zero-carbon manufacturing.

    Foshan is a major center of the ceramics industry in China, with the sector’s total output value exceeding 100 billion yuan (14.21 billion U.S. dollars) in 2023. The city produced 745 million square meters of ceramic tiles and over 18 million sanitary ceramics, accounting for approximately 10 percent of the national output. The ceramics manufacturing process is carbon-intensive. It is estimated that producing one square meter of ceramic board would generate about 13 kilograms of carbon emissions.

    Industry insiders predict that if the ammonia-hydrogen zero-carbon combustion technology is implemented across Foshan’s 160 ceramic production lines, the annual carbon dioxide emissions could be reduced by approximately 665,000 tonnes.

    MIL OSI China News

  • MIL-OSI China: CRRC unveils green hydrogen train tech at Berlin fair

    Source: China State Council Information Office 3

    People visit the booth of CRRC during the 2024 International Trade Fair for Transport Technology (InnoTrans 2024) in Berlin, Germany, Sept. 24, 2024. [Photo/Xinhua]

    China debuted its first hydrogen-powered intelligent intercity train, CINOVA H2, at InnoTrans 2024, a leading international trade fair for transport technology, held in Berlin on Tuesday.

    Developed by CRRC Qingdao Sifang Co Ltd, a Shandong province-based subsidiary of China Railway Rolling Stock Corp, the groundbreaking train runs on hydrogen power, achieving zero carbon emissions throughout its journey. It offers faster speeds, higher passenger capacity and an extended range, providing a new green solution for nonelectrified railway passenger transport.

    Hydrogen energy, widely considered one of the most promising clean energies of the 21st century, is a key focus in the green transformation of railway technology.

    Liang Caiguo, a senior designer at CRRC Qingdao Sifang, said CINOVA H2 uses hydrogen fuel cells to generate electricity via an electrochemical reaction between hydrogen and oxygen. The four-car train is equipped with high-power fuel cells capable of producing up to 960 kilowatts, enabling sustained speeds of 160 kilometers per hour and a top speed of 200 km/h.

    “The train boasts an ultra-long range of 1,200 kilometers at a cruising speed of 160 km/h, with full refueling taking just 15 minutes,” said Liang, adding that with its lightweight design and integrated saloon, CINOVA H2 can carry over 1,000 passengers, adding to its appeal as a high-capacity, eco-friendly transport solution.

    As a pioneering piece of green rail technology, CINOVA H2 is an “environmental champion”. Liang said that the hydrogen fuel cells produce only water as a byproduct, resulting in zero carbon emissions and no air pollutants throughout the entire journey.

    CRRC Qingdao Sifang estimates that each train, if operating 300,000 km annually, can reduce carbon dioxide emissions by approximately 730 metric tons per year, equivalent to 37.8 hectares of forests.

    Moreover, the new train employs innovative recycling technology to turn wastewater and waste heat into resources.

    Liang said that the water emitted from the hydrogen fuel cell reaction is purified and recycled to meet the onboard water needs for passenger services, thus effectively saving water. The waste heat from the cooling of the hydrogen fuel cells is recycled for heating during the winter, making it even greener and more environmentally friendly.

    CRRC Qingdao Sifang said the train’s energy consumption is very low, consuming less than 0.3 grams of hydrogen per passenger kilometer at a speed of 160 km/h when fully loaded.

    Not only is it environmentally friendly, but it is also highly intelligent. The train is equipped with an advanced Smart Care integrated intelligent operation and maintenance platform that enables intelligent fault diagnostics and maintenance decision-making functionality, enhancing operational reliability and reducing vehicle maintenance costs, said the company.

    It said passengers can enjoy advanced intelligent amenities such as hearing assistance systems, variable transmittance curtains, smart interactive windows, digital interactive screens and onboard Wi-Fi to create a more high-tech and intelligent travel experience.

    The hydrogen system of the train has undergone stringent safety tests in various scenarios and working conditions, with multiple safety protection systems, including intelligent detection and isolation protection, thus ensuring safety.

    Wang Xueliang, deputy director of the technology center of CRRC Qingdao Sifang, said: “CINOVA H2 can be used in nonelectrified railway areas, replacing traditional diesel-powered alternatives. It effectively reduces carbon dioxide and other air pollutant emissions, showcasing significant environmental benefits, and will strongly promote a new green upgrade for passenger transport equipment on nonelectrified railways.”

    MIL OSI China News

  • MIL-OSI Global: The universe is smoother than the standard model of cosmology suggests – so is the theory broken?

    Source: The Conversation – UK – By Ian G. McCarthy, Reader of Astrophysics, Liverpool John Moores University

    Cosmic microwave background shows fluctuations in temperature. ESA/Planck Collaboration

    Given how unfathomably large the universe is, it is perhaps understandable that we haven’t yet cracked all its secrets. But there are actually some pretty basic features, ones we used to think we could explain, that cosmologists are increasingly struggling to make sense of.

    Recent measurements of the distribution of matter in the universe (so-called large-scale structure) appear to be in conflict with the predictions of the standard model of cosmology, our best understanding of how the universe works.

    The standard model originated some 25 years ago and has successfully reproduced a whole plethora of observations. But some of the latest measurements of large-scale structure, a topic which I work on, indicate that the matter is less clustered (smoother) than it ought to be according to the standard model.

    This result has cosmologists scratching their heads looking for explanations. Some solutions are relatively mundane, such as unknown systematic errors in the measurements. But there are more radical solutions. These include rethinking the nature of dark energy (the force causing the universe’s expansion to accelerate), invoking a new force of nature or even tweaking Einstein’s theory of gravity on the largest of scales.

    At present, the data cannot easily distinguish between different competing ideas. But the measurements from forthcoming surveys are poised to take a giant leap forward in precision. We may be on the cusp of finally breaking the standard model of cosmology.


    This is article is part of our series Cosmology in crisis? which uncovers the greatest problems facing cosmologists today – and discusses the implications of solving them.


    The early universe

    To understand the nature of the current tension and its possible solutions, it is important to understand how structure in the universe formed and subsequently evolved. Much of our understanding comes from measurements of the cosmic microwave background (CMB). The CMB is radiation that fills the universe and is a leftover relic from the first few hundred thousand years of cosmic evolution after the Big Bang (for comparison, the universe is estimated to be 13.7 billion years old).

    Scientists discovered the CMB by accident in 1964 (garnering them a Nobel prize), but its existence and properties had been predicted years earlier.

    In excellent agreement with some of the earliest theoretical work, the observed temperature of the CMB today is an incredibly chilly 3 Kelvin (-270°C). However, at very early times, it was sufficiently hot (millions of degrees) to enable the fusion of all of the light elements in the universe, including helium and lithium, into heavier ones.

    The CMB’s spectrum (light broken down by wavelength) suggests it must have been in thermal equilibrium with matter in the past – meaning they had the same distribution of energies. Matter and radiation can only reach thermal equilibrium in very dense environments. So measurements of the CMB convincingly demonstrate that the universe was once an extremely hot and dense place, with all the matter and radiation packed into a very small space.

    As the universe expanded, it quickly cooled. And as it did so, some of the free electrons that existed at the time were captured by protons, forming atoms of hydrogen. This “era of recombination” happened around 300,000 years after the Big Bang. After this point, the universe was suddenly less dense so the CMB radiation was “released” to travel without impediment, and it has not significantly interacted with matter since.

    The universe’s timeline.
    Nasa/wikipedia, CC BY-SA

    As the radiation is very old, when we make measurements of the CMB today, we are learning about the conditions of the early universe. But detailed mapping of the CMB tells us a great deal more than this.

    A key insight from CMB maps obtained with the Planck telescope is that the universe was also exceptionally smooth at early times. There was only a 0.001% variation from place to place in the density and temperature of the matter and radiation in the universe. If there had been more extreme variation, that matter and radiation would have been much more clustered.

    These variations, or “fluctuations”, are of fundamental importance to how structure subsequently evolved in the universe. Without these fluctuations, there would be no galaxies, no stars or planets – and no life. A very interesting question is, where did these fluctuations come from?

    Our current understanding is that they are a result of quantum mechanics, the theory of the microcosmos of atoms and particles. Quantum mechanics shows that empty space has some background energy which allows sudden, local changes, such as particles popping in and out of existence. The quantum nature of matter and energy has been verified to remarkable accuracy in the laboratory.

    These fluctuations are thought to have been blown up to large scales in a very rapid period of expansion in the early universe called “inflation”, although the detailed mechanism behind inflation is still not fully understood.

    Over time, these fluctuations grew and the arrangement of matter and radiation in the universe became more clustered. Regions that were slightly denser had a stronger gravitational pull and so attracted even more matter, which increased the density, which strengthened the gravitational pull, and so on. Regions of slightly lower density lost out, becoming emptier with time – a cosmic case of the rich getting richer and the poor getting poorer.

    The fluctuations grew to such an extent over time that galaxies and stars started to form, with galaxies being distributed in and along the familiar filaments and nodes that make up a “cosmic web”.

    The standard explanation

    The rate at which fluctuations grow over time, and how they are clustered in space depends on several factors: the nature of gravity, the constituent components of matter and energy in the universe, and how these components interact (both with themselves and with each other).

    These factors are encapsulated in the standard model of cosmology. The model is based on a solution to Einstein’s general theory of relativity (our best understanding of gravity) that assumes the universe is homogeneous and isotropic on large scales – meaning it looks the same in every direction to every observer.

    It also assumes that the matter and energy in the universe is composed of normal matter (“baryons”), dark matter consisting of relatively heavy and slow-moving particles (“cold” dark matter) and a constant amount of dark energy (Einstein’s cosmological constant, denoted Lambda).

    Since its origin approximately 25 years ago, the model has successfully explained a great many observations of the universe on large scales, including the [detailed properties of the CMB].

    And until very recently, it also provided excellent fits to a variety of measurements of the clustering of large-scale structure at late times. In fact, some measurements of large-scale structure are still very well described by the standard model and this may be providing an important clue as to the origin of the current tension.

    Remember that the CMB shows us the clustering of matter (the fluctuations) at early times. So we can use the standard model to evolve that forward in time and predict what it should, theoretically, look like today. If there is a fit between this prediction and observations, that is a very strong indication that the ingredients of the standard model are correct.

    The ‘S8’ tension

    What has changed recently is that our measurements of large-scale structure, particularly at very late times, have significantly improved in their precision. Various surveys such as the Dark Energy Survey and the Kilo Degree Survey have found evidence for inconsistencies between observations and the standard model.

    In other words, there is a mismatch between the early time and late time fluctuations: the late-time fluctuations are not as large as expected. Cosmologists refer to this clash as the “S8 tension”, as S8 is a parameter that we use to characterise the clustering of matter in the late-time universe.

    Depending on the particular data set, the chance of the tension being a statistical fluke may be as low as 0.3%. But from a statistical point of view, that is not enough to firmly rule out the standard model.

    However, there are strong hints of the tension in a variety of independent observations. And attempts to explain it away due to systematic uncertainties in the measurements or modelling have simply not been successful to date.

    For example, it had previously been suggested that perhaps energetic non-gravitational processes, such as winds and jets from supermassive black holes, could inject enough energy to alter the clustering of matter on large scales.
    However, we have shown using state-of-the-art cosmological hydrodynamical simulations (called Flamingo) that such effects appear to be too small to explain the tension with the standard model of cosmology.

    If the tension is indeed pointing us to a flaw in the standard model, this would imply that something in the basic ingredients of the model is not correct.

    This would have huge consequences for fundamental physics. For example, the tension may be indicating that something is wrong about our understanding of gravity, or the nature of the unknown substance called dark matter or dark energy. In the case of dark matter, one possibility is that it interacts with itself via an unknown force (something beyond just gravity).

    Alternatively, perhaps dark energy is not constant but evolves with time, as early results from the Dark Energy Survey Instrument (Desi) may indicate. Some scientists are even considering the possibility of a new (fifth) force of nature. This would be a force of similar strength to gravity that operates over very large scales and would act to slow the growth of structure.

    But note that any modifications of the standard model would also need to account for the many observations of the universe that the model successfully explains. This is no simple task. And before we jump to grand conclusions, we must be sure that the tension is real and not simply a statistical fluctuation.

    The good news is that forthcoming measurements of large-scale structure with Desi, the Rubin Observatory, Euclid, the Simons Observatory and other experiments will be able to confirm if the tension is real with much more precise measurements.

    They will also be able to thoroughly test many of the alternatives to the standard model that have been proposed. It may be that within the next couple of years we will have ruled out the standard model of cosmology and profoundly changed our understanding of how the universe works. Or the model may be vindicated and more reliable than ever. It’s an exciting time to be a cosmologist.

    Ian G. McCarthy receives funding from UKRI’s Science and Technology Facilities Council (STFC). He works for Liverpool John Moores University.

    ref. The universe is smoother than the standard model of cosmology suggests – so is the theory broken? – https://theconversation.com/the-universe-is-smoother-than-the-standard-model-of-cosmology-suggests-so-is-the-theory-broken-238098

    MIL OSI – Global Reports

  • MIL-OSI USA: Governor Newsom issues legislative update 9.25.24

    Source: US State of California 2

    Sep 25, 2024

    SACRAMENTO – Governor Gavin Newsom today announced that he has signed the following bills:

    • AB 1785 by Assemblymember Blanca Pacheco (D-Downey) – California Public Records Act.
    • AB 1864 by Assemblymember Damon Connolly (D-San Rafael) – Pesticides: agricultural use near schoolsites: notification and reporting.
    • AB 1868 by Assemblymember Laura Friedman (D-Glendale) – Property taxation: assessments: affordable housing.
    • AB 1874 by Assemblymember Kate Sanchez (R-Rancho Santa Margarita) – Crimes: disorderly conduct.
    • AB 1904 by Assemblymember Christopher Ward (D-San Diego) – Transit buses: yield right-of-way sign.
    • AB 1921 by Assemblymember Diane Papan (D-San Mateo) – Energy: renewable electrical generation facilities: definition.
    • AB 1979 by Assemblymember Christopher Ward (D-San Diego) – Doxing Victims Recourse Act.
    • AB 2005 by Assemblymember Christopher Ward (D-San Diego) – California State University: faculty and employee housing.
    • AB 2143 by Assemblymember Damon Connolly (D-San Rafael) – Fairs.
    • AB 2251 by Assemblymember Damon Connolly (D-San Rafael) – Graduation requirements: local requirements: exemptions.
    • AB 2257 by Assemblymember Lori Wilson (D-Suisun City) – Local government: property-related water and sewer fees and assessments: remedies.
    • AB 2300 by Assemblymember Lori Wilson (D-Suisun City) – Medical devices: Di-(2-ethylhexyl) phthalate (DEHP).
    • AB 2317 by Assemblymember Stephanie Nguyen (D-Elk Grove) – Child day care facilities: anaphylactic policy.
    • AB 2340 by Assemblymember Mia Bonta (D-Oakland) – Medi-Cal: EPSDT services: informational materials.
    • AB 2350 by Assemblymember Josh Hoover (R-Folsom) – Open meetings: school boards: emergencies: notifications by email.
    • AB 2353 by Assemblymember Christopher Ward (D-San Diego) – Property taxation: welfare exemption: delinquent payments: interest and penalties.
    • AB 2427 by Assemblymember Kevin McCarty (D-Sacramento) – Electric vehicle charging stations: permitting: curbside charging.
    • AB 2455 by Assemblymember Jesse Gabriel (D-Encino) – Whistleblower protection: state and local government procedures.
    • AB 2462 by Assemblymember Lisa Calderon (D-Whittier) – Public Utilities Commission: written reports: energy.
    • AB 2534 by Assemblymember Heath Flora (R-Modesto) – Certificated employees: disclosures: egregious misconduct.
    • AB 2552 by Assemblymember Laura Friedman (D-Glendale) – Pesticides: anticoagulant rodenticides.
    • AB 2597 by Assemblymember Christopher Ward (D-San Diego) – Planning and zoning: revision of housing element: regional housing need allocation appeals: Southern California Association of Governments.
    • AB 2661 by Assemblymember Esmeralda Soria (D-Fresno) – Electricity: Westlands Water District.
    • AB 2698 by Assemblymember Tri Ta (R-Westminster) – Route 405: Little Saigon Freeway.
    • AB 2750 by Assemblymember James Gallagher (R-Yuba City) – Electricity: procurement: generation from biomass.
    • AB 2803 by Assemblymember Avelino Valencia (D-Anaheim) – Campaign expenditures: criminal convictions: fees and costs.
    • AB 2832 by Assemblymember Christopher Ward (D-San Diego) – Economic development: international trade and investment.
    • AB 2847 by Assemblymember Dawn Addis (D-Morro Bay) – Electrical and gas corporations: capital expenditures: request for authorization or recovery.
    • AB 2875 by Assemblymember Laura Friedman (D-Glendale) – Wetlands: state policy.
    • AB 2897 by Assemblymember Damon Connolly (D-San Rafael) – Property tax: welfare exemption: community land trusts.
    • AB 2922 by Assemblymember Eduardo Garcia (D-Coachella) – Economic development: capital investment incentive programs.
    • AB 2968 by Assemblymember Damon Connolly (D-San Rafael) – School safety and fire prevention: fire hazard severity zones: comprehensive school safety plans: communication and evacuation plans.
    • AB 3007 by Assemblymember Josh Hoover (R-Folsom) – California Environmental Quality Act: record of environmental documents: format.
    • AB 3024 by Assemblymember Christopher Ward (D-San Diego) – Civil rights.
    • AB 3198 by Assemblymember Eduardo Garcia (D-Coachella) – Joint powers agreements: retail electric services.
    • AB 3251 by Assemblymember Marc Berman (D-Menlo Park) – Accountancy.
    • AB 3252 by Assemblymember Marc Berman (D-Menlo Park) – Shorthand court reporters: sunset: certification.
    • AB 3253 by Assemblymember Marc Berman (D-Menlo Park) – Board for Professional Engineers, Land Surveyors, and Geologists: licensees: professional land surveyors: surveying practices: monuments and corner accessories.
    • AB 3254 by Assemblymember Marc Berman (D-Menlo Park) – Endowment care cemeteries: reporting.
    • AB 3255 by Assemblymember Marc Berman (D-Menlo Park) – Vocational nursing and psychiatric technicians: sunset: licensure.
    • SB 347 by Senator Josh Newman (D-Fullerton) – Subdivision Map Act: exemption: hydrogen fueling stations and electric vehicle charging stations.
    • SB 632 by Senator Anna Caballero (D-Merced) – Vehicles: off-highway recreation: Red Rock Canyon State Park.
    • SB 739 by Senator Angelique Ashby (D-Sacramento) – Construction manager at-risk construction contracts: City of Elk Grove: zoo project.
    • SB 909 by Senator Thomas Umberg (D-Santa Ana) – Steven M. Thompson Physician Corps Loan Repayment Program.
    • SB 941 by Senator Nancy Skinner (D-Berkeley) – California Global Warming Solutions Act of 2006: scoping plan: industrial sources of emissions.
    • SB 974 by Senator Shannon Grove (R-Bakersfield) – Lithium Extraction Tax: fund distribution.
    • SB 1006 by Senator Steve Padilla (D-San Diego) – Electricity: transmission capacity: reconductoring and grid-enhancing technologies.
    • SB 1099 by Senator Janet Nguyen (R-Huntington Beach) – Newborn screening: genetic diseases: blood samples collected.
    • SB 1140 by Senator Anna Caballero (D-Merced) – Enhanced infrastructure financing district.
    • SB 1142 by Senator Caroline Menjivar (D-San Fernando Valley/Burbank) – Electrical and gas corporations: restoration and termination of services.
    • SB 1146 by Senator Scott Wilk (R-Santa Clarita) – Mortgages.
    • SB 1221 by Senator Dave Min (D-Irvine) – Gas corporations: ceasing service: priority neighborhood decarbonization zones.
    • SB 1270 by Senator Shannon Grove (R-Bakersfield) – Department of Food and Agriculture: farm products: licenses and complaints: fees.
    • SB 1313 by Senator Angelique Ashby (D-Sacramento) – Vehicle equipment: driver monitoring defeat devices.
    • SB 1328 by Senator Steven Bradford (D-Gardena) – Elections.
    • SB 1371 by Senator Steven Bradford (D-Gardena) – Alcoholic beverage control: proof of age.
    • SB 1418 by Senator Bob Archuleta (D-Pico Rivera) – Hydrogen-fueling stations: expedited review.
    • SB 1420 by Senator Anna Caballero (D-Merced) – Hydrogen production facilities: certification and environmental review.
    • SB 1425 by Senator Lena Gonzalez (D-Long Beach) – Oil revenue: Oil Trust Fund.

    The Governor also announced that he has vetoed the following bills:

    • AB 99 by Assemblymember Damon Connolly (D-San Rafael) – Department of Transportation: state roads and highways: integrated pest management. A veto message can be found here.
    • AB 718 by Assemblymember Tri Ta (R-Westminster) – Veterans: mental health. A veto message can be found here.
    • AB 828 by Assemblymember Damon Connolly (D-San Rafael) – Sustainable groundwater management: managed wetlands. A veto message can be found here.
    • AB 1975 by Assemblymember Mia Bonta (D-Oakland) – Medi-Cal: medically supportive food and nutrition interventions. A veto message can be found here.
    • AB 2734 by Assemblymember Damon Connolly (D-San Rafael) – Agriculture: Cannella Environmental Farming Act of 1995. A veto message can be found here.
    • AB 2757 by Assemblymember Eduardo Garcia (D-Coachella) – Southeast California Economic Region. A veto message can be found here.
    • AB 2899 by Assemblymember Jesse Gabriel (D-Encino) – General acute care hospitals: licensed nurse-to-patient ratios. A veto message can be found here.
    • AB 2903 by Assemblymember Josh Hoover (R-Folsom) – Homelessness. A veto message can be found here.
    • AB 3263 by Assemblymember Lisa Calderon (D-Whittier) – Electrical corporations: financing orders. A veto message can be found here.
    • SB 26 by Senator Thomas Umberg (D-Santa Ana) – Mental health professions: CARE Scholarship Program. A veto message can be found here.
    • SB 37 by Senator Anna Caballero (D-Merced) – Older Adults and Adults with Disabilities Housing Stability Act. A veto message can be found here.
    • SB 366 by Senator Anna Caballero (D-Merced) – The California Water Plan: long-term supply targets. A veto message can be found here.
    • SB 954 by Senator Caroline Menjivar (D-San Fernando Valley/Burbank) – Sexual health. A veto message can be found here.
    • SB 1020 by Senator Steven Bradford (D-Gardena) – Law enforcement agency regulations: shooting range targets. A veto message can be found here.
    • SB 1050 by Senator Steven Bradford (D-Gardena) – California American Freedmen Affairs Agency: racially motivated eminent domain. A veto message can be found here.
    • SB 1058 by Senator Angelique Ashby (D-Sacramento) – Peace officers: injury or illness: leaves of absence. A veto message can be found here.
    • SB 1337 by Senator Lena Gonzalez (D-Long Beach) – Elections: form of petitions. A veto message can be found here.

    For full text of the bills, visit: http://leginfo.legislature.ca.gov.

    Recent news

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    MIL OSI USA News

  • MIL-OSI Asia-Pac: LCSD to present “Glorious Voyage: Splendid Achievements of the People’s Republic of China in Its 75 Years” Exhibition Series to showcase developments and achievements of China (with photos)

    Source: Hong Kong Government special administrative region

    LCSD to present “Glorious Voyage: Splendid Achievements of the People’s Republic of China in Its 75 Years” Exhibition Series to showcase developments and achievements of China (with photos)
    LCSD to present “Glorious Voyage: Splendid Achievements of the People’s Republic of China in Its 75 Years” Exhibition Series to showcase developments and achievements of China (with photos)
    ******************************************************************************************

         To celebrate the 75th anniversary of the founding of the People’s Republic of China, the Leisure and Cultural Services Department (LCSD) will present the “Glorious Voyage: Splendid Achievements of the People’s Republic of China in Its 75 Years” Exhibition Series, at the Hong Kong Museum of History (HKMH) and the Hong Kong Science Museum (HKScM) from tomorrow (September 27) to illustrate the important developments and achievements of China over the past 75 years from a variety of perspectives. Admission to the exhibitions is free.           Addressing the opening ceremony of the exhibition today (September 26), the Deputy Chief Secretary for Administration, Mr Cheuk Wing-hing, said that China is a force to be reckoned with in the areas such as economy, manufacturing, trade, technology, infrastructure, culture and sports. Today, China is the world’s second-largest economy, the largest industrial manufacturing country, the largest goods trading country and the largest foreign exchange reserve holding country. These are the results of the people’s forging ahead steadfastly and also the pride of all Chinese people. This exhibition series is one of the signature events organised by the Hong Kong Special Administrative Region Government in celebration of the 75th anniversary of the founding of the People’s Republic of China, to promote the spirit of patriotism in the community. Its three exhibitions, namely “Leapfrog Development”, “Scientific Breakthroughs” and “Era of Intelligence”, showcase the country’s modernisation process from the perspectives of economy, education, technology, culture, sports and people’s livelihood. It aimed to enhance the understanding of the public, especially the younger generation, of the achievements of New China over the past 75 years, thereby enhancing their sense of national identity and sense of belonging.           Other officiating guests at the opening ceremony included Deputy Director of the Liaison Office of the Central People’s Government in the Hong Kong Special Administrative Region (HKSAR) Mr Yin Zhonghua; Vice President and Executive Secretary of the Secretariat of the China Association for Science and Technology, Mr Meng Qinghai; Deputy Commissioner of the Office of the Commissioner of the Ministry of Foreign Affairs of the People’s Republic of China in the HKSAR Mr Fang Jianming; the Secretary for Culture, Sports and Tourism, Mr Kevin Yeung; the Chairman of the Hong Kong Ta Kung Wen Wei Media Group, Mr Li Dahong; the Convenor of the Working Group on Patriotic Education under the Constitution and Basic Law Promotion Steering Committee, Ms Starry Lee; the Chairperson of the History Sub-committee of the Museum Advisory Committee, Professor Joshua Mok; and the Director of Leisure and Cultural Services, Mr Vincent Liu.           The “Leapfrog Development” exhibition, located in the Lobby, 1/F, HKMH, presents the developments and achievements of the economy, infrastructure, culture, sports and ecological conservation initiatives of China through text and images. It also displays medals won by athletes in the Olympic and Paralympic Games to showcase their spirit of perseverance and hard work. They include the first gold medal won by Hong Kong, China windsurfer Ms Lee Lai-shan at the 1996 Atlanta Olympics for the HKSAR, the gold medal won by So Wa-wai, representing Hong Kong, China in the men’s 100m races (T36) at the 2000 Sydney Paralympic Games, the gold medal won by Chinese diver Ms Guo Jingjing in the women’s three-metre springboard event at the 2008 Beijing Olympics, and the silver medal won by Ms Siobhan Bernadette Haughey, representing Hong Kong, China in the women’s 100m freestyle events at the 2020 Tokyo Olympics. For details of the exhibition, please visit hk.history.museum/en/web/mh/exhibition/75A-Exhibition.html.           The country’s scientific and technological endeavours have made remarkable progress over the past 75 years. The “Scientific Breakthroughs” exhibition at the 2/F Exhibition Hall, HKScM is divided into three parts, namely “The Lifeblood of the People’s Republic of China”, “Silent Thunder”, and “A Chip-driven Patriotic Heart”, based on three significant historical events: the 65th anniversary of the discovery of the Daqing Oil Field, the 60th anniversary of the successful detonation of China’s first atomic bomb, and the 25th anniversary of the establishment of the State Preeminent Science & Technology Award. The exhibition showcases China’s outstanding achievements in science and technology through graphics, videos, objects, and interactive exhibits, demonstrating the patriotic spirit and steadfast beliefs of Chinese scientists. Highlight exhibits include the Core Sample from Songliao Basin No.3 Stratigraphic Well (replica), which is important historical evidence for the discovery of the Daqing Oil Field; the immersive space “Big Bang in the East”, which explores significant historical events such as the launch of the Dongfeng-1 missile, atomic bomb detonation, hydrogen bomb detonation, and the launch of the Dongfanghong-1; and the model of the Zuchongzhi Superconducting Quantum Computer, developed independently by a Chinese research team, which is the only one in China and one of only two globally to achieve “quantum advantage”.           The “Era of Intelligence” exhibition at the Special Exhibition Hall, G/F, HKScM introduces the transformative technology of artificial intelligence, which has experienced rapid developments in recent years. The application of artificial intelligence in daily life will also be demonstrated at the exhibition. The exhibition features a total of 22 exhibits, with about 70 per cent of them being interactive. These include the immersive zone “Gravitational Battlefield”, which is based on Mainland writer Liu Cixin’s science fiction novel “The Three-Body Problem” and integrates artificial intelligence and mixed reality technologies; a simulation of autonomous driving; and an artificial intelligence model named Master Guess, with which visitors can train and play paper-scissors-stone. Visitors can engage directly with multiple artificial intelligence models to understand how they function in various scenarios such as chess playing, music composition, painting and the implementation of mixed reality. For details of the “Scientific Breakthroughs” and “Era of Intelligence” exhibitions, please visit hk.science.museum/en/web/scm/exhibition/75A2024.html.           The exhibition series is presented by the LCSD. The “Leapfrog Development” exhibition is organised by the Chinese Culture Promotion Office and the Hong Kong Ta Kung Wen Wei Media Group, in collaboration with the HKMH, and supported by the Academy of Chinese Studies and the Hong Kong China Sports Alliance. The “Scientific Breakthroughs” exhibition is organised by the HKScM and the China Science and Technology Museum, in collaboration with the Office of Hong Kong, Macao and Taiwan Affairs of the China Association for Science and Technology and the Beijing – Hong Kong Academic Exchange Centre. The “Era of Intelligence” exhibition is organised by the HKScM, in collaboration with the Faculty of Engineering, the Chinese University of Hong Kong, the Centre for Artificial Intelligence and Robotics, the Hong Kong Institution of Science and Innovation, the Chinese Academy of Sciences and SenseTime. The exhibitions will run until February 5 next year.           Apart from museums, a display titled “Trendsetting Travel in China”, which showcases the remarkable achievements of the motherland through a stunning array of media photographs and a relaxed curatorial approach, will be held at the covered walkway of Sun Yat Sen Memorial Park from September 28, providing members of the public an additional opportunity to learn more about the country’s achievements.           The LCSD has long been promoting Chinese history and culture through organising an array of programmes and activities to enable the public to learn more about the broad and profound Chinese culture. For more information, please visit http://www.lcsd.gov.hk/en/ccpo/index.html.

     
    Ends/Thursday, September 26, 2024Issued at HKT 18:55

    NNNN

    MIL OSI Asia Pacific News

  • MIL-OSI China: China’s FAST telescope continues to contribute to global radio astronomy research

    Source: China State Council Information Office 2

    An aerial drone photo taken on Sept. 25, 2024 shows the groundbreaking ceremony for the construction of the Core Array of China’s Five-hundred-meter Aperture Spherical Radio Telescope (FAST) in southwest China’s Guizhou Province. [Photo/Xinhua]
    The construction of the Core Array of China’s Five-hundred-meter Aperture Spherical Radio Telescope (FAST) started Wednesday, highlighting China’s growing potential in global radio astronomy research.
    As a proposed extension of FAST, the world’s largest single-dish radio telescope, the Core Array integrates 24 secondary 40-meter antennas implanted within 5 kilometers of the FAST site, said Jiang Peng, deputy director of the National Astronomical Observatories under the Chinese Academy of Sciences (CAS).
    The Chinese-designed array will combine the unprecedented sensitivity of FAST with a high angular resolution, thereby exceeding the capabilities at similar frequencies of next-generation arrays in the world.
    The FAST Core Array is estimated to be completed and put into operation in 2027.
    According to a study conducted by CAS, the Core Array will be equipped with advanced devices to improve the survey efficiency of FAST, whose broad frequency coverage and large field of view (FOV) will be essential to study transient cosmic phenomena such as fast radio bursts and gravitational wave events; conduct surveys and resolve structures in neutral hydrogen galaxies; monitor or detect pulsars; and investigate exoplanetary systems.
    Jiang said that once operational, the FAST Core Array could provide more possibilities for global radio astronomy research, owing to a wide range of potential scientific applications from cosmology to exoplanet science.
    Wednesday also marks the eighth anniversary of the launch of FAST. In less than a decade, FAST has already significantly expanded its astronomical observation capability, and the FAST Core Array is set to enhance its observational capabilities further.
    Jiang said observations made solely with FAST are like using a pencil to draw a sketch, while the FAST Core Array is akin to capturing the night sky with a digital camera.
    To date, FAST has identified more than 900 new pulsars since its launch in 2016. The number of new pulsars discovered by FAST is more than three times the total number of pulsars found by foreign telescopes during the same period.
    FAST started formal operations in January 2020 and was officially opened to the world in March 2021. The telescope provides astronomers around the globe with a powerful tool to uncover the mysteries and evolution of the universe.
    Since its formal opening to the global scientific community on March 31, 2021, FAST has facilitated over 900 hours of observations for research teams from 15 countries, including the United States, the Netherlands, and Australia, covering various scientific objectives.
    On April 6 this year, FAST reopened applications for observation projects for the 2024-2025 season, offering 1,600 hours of telescope time for freely applied projects.
    British astronomer Ralph Eatough said that opening up FAST to the world means that astronomers can now perform experiments that were previously not possible due to insufficient telescope sensitivity, with a prime example of this being the potential to detect pulsars located in external galaxies.
    Chen Xianhui, an academician at CAS, said, “FAST is helping mankind explore the origins, evolution, and structure of the universe, providing crucial observational data for understanding pressing scientific questions, while also serving as an important platform for international scientific exchange and collaboration.”

    MIL OSI China News

  • MIL-OSI China: Eight years on, China’s FAST telescope continues to contribute to global radio astronomy research

    Source: China State Council Information Office 2

    The construction of the Core Array of China’s Five-hundred-meter Aperture Spherical Radio Telescope (FAST) started Wednesday, highlighting China’s growing potential in global radio astronomy research.
    As a proposed extension of FAST, the world’s largest single-dish radio telescope, the Core Array integrates 24 secondary 40-meter antennas implanted within 5 kilometers of the FAST site, said Jiang Peng, deputy director of the National Astronomical Observatories under the Chinese Academy of Sciences (CAS).
    The Chinese-designed array will combine the unprecedented sensitivity of FAST with a high angular resolution, thereby exceeding the capabilities at similar frequencies of next-generation arrays in the world.
    The FAST Core Array is estimated to be completed and put into operation in 2027.
    According to a study conducted by CAS, the Core Array will be equipped with advanced devices to improve the survey efficiency of FAST, whose broad frequency coverage and large field of view (FOV) will be essential to study transient cosmic phenomena such as fast radio bursts and gravitational wave events; conduct surveys and resolve structures in neutral hydrogen galaxies; monitor or detect pulsars; and investigate exoplanetary systems.
    Jiang said that once operational, the FAST Core Array could provide more possibilities for global radio astronomy research, owing to a wide range of potential scientific applications from cosmology to exoplanet science.
    Wednesday also marks the eighth anniversary of the launch of FAST. In less than a decade, FAST has already significantly expanded its astronomical observation capability, and the FAST Core Array is set to enhance its observational capabilities further.
    Jiang said observations made solely with FAST are like using a pencil to draw a sketch, while the FAST Core Array is akin to capturing the night sky with a digital camera.
    To date, FAST has identified more than 900 new pulsars since its launch in 2016. The number of new pulsars discovered by FAST is more than three times the total number of pulsars found by foreign telescopes during the same period.
    FAST started formal operations in January 2020 and was officially opened to the world in March 2021. The telescope provides astronomers around the globe with a powerful tool to uncover the mysteries and evolution of the universe.
    Since its formal opening to the global scientific community on March 31, 2021, FAST has facilitated over 900 hours of observations for research teams from 15 countries, including the United States, the Netherlands, and Australia, covering various scientific objectives.
    On April 6 this year, FAST reopened applications for observation projects for the 2024-2025 season, offering 1,600 hours of telescope time for freely applied projects.
    British astronomer Ralph Eatough said that opening up FAST to the world means that astronomers can now perform experiments that were previously not possible due to insufficient telescope sensitivity, with a prime example of this being the potential to detect pulsars located in external galaxies.
    Chen Xianhui, an academician at CAS, said, “FAST is helping mankind explore the origins, evolution, and structure of the universe, providing crucial observational data for understanding pressing scientific questions, while also serving as an important platform for international scientific exchange and collaboration.”

    MIL OSI China News

  • MIL-OSI USA: SARP West 2024 Terrestrial Ecology Group

    Source: NASA

    Faculty Advisor: Dr. Dan Sousa, San Diego State University
    Graduate Mentor: Megan Ward-Baranyay, San Diego State University

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    Megan Ward Baranyay, graduate student mentor for the 2024 SARP West Land group, provides an introduction for each of the group members and shares behind-the scenes moments from the internship.

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    Predicting Ammonia Plume Presence at Feedlots in the San Joaquin Valley from VSWIR Spectroscopy of the Land Surface
    Gerrit Hoving, Carleton College
    Industrial-scale livestock farms, or Concentrated Animal Feeding Operations (CAFOs), are a major source of air pollutants including ammonia, methane, and hydrogen sulfide. Ammonia in particular is a major contributor to rural air pollution that is released from the breakdown of livestock effluent. Mitigating regional air pollution through improved waste management practices is only possible if emissions can be accurately monitored. However, ammonia is challenging to measure directly due to its short atmospheric lifetime and lack of VSWIR spectral signature. Here we investigate the potential for spectroscopic
    imaging of the CAFO land surface to predict the presence of detectable ammonia emissions. Data from the Hyperspectral Thermal Emission Spectrometer (HyTES) instrument were found to clearly identify plumes of ammonia emitted by specific feedlots. Plume presence or absence was then tied to pixel-level reflectance spectra from the Earth Surface Mineral Dust Source (EMIT) instrument. Random forest classification models were found to predict ammonia plume presence/absence from VSWIR reflectance alone with an accuracy in the range of 70% to 80%. Our conclusions are limited by the limited number of
    feedlots overflown by HyTES (n=96), the time gap between HyTES and EMIT data, and potential difficulty in comparing feedlots in different regions. While only tested over a modest area, our results suggest that ammonia plume presence/absence may be
    predictable on the basis of surface features identifiable from VSWIR reflectance alone. Further investigation could focus on more comprehensive model validation, including characterization of the land surface processes and spectral signatures associated with feedlot surfaces with and without observable ammonia plumes. If generalizable, these results suggest that EMIT data may in some circumstances be used to predict the presence of ammonia emission plumes at feedlots in other areas, potentially enabling broader accounting of feedlot ammonia emissions.

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    Burn to Bloom: Assessing the Impact of Coastal Wildfires on Phytoplankton Dynamics in California
    Benjamin Marshburn, California Polytechnic State University- San Luis Obispo
    California is experiencing rising temperatures as well as increased frequency and length of drought conditions due to anthropogenic climate change. Wildfires are an intrinsic component of California and its Mediterranean ecosystems. However, this change in natural wildfire behavior increases the risk to ecosystems including soil erosion, poor plant regrowth, and ash/nutrient runoff that leads to the ocean. Previous work has attributed phytoplankton blooms in the coastal ocean to runoff from wildfires. This study aims to quantify the extent to which the concentration of chlorophyll-a, an indicator of phytoplankton abundance, can be predicted by wildfire parameters in coastal California and to evaluate which parameters are the most important predictors. Due to climatic variation in California we split the coast into three regions, northern, central and southern, and analyzed three fires from each area. For each fire, the stream length connecting the most severely burned area and the ocean was derived from analysis of a digital elevation model acquired by the Shuttle Radar Topography Mission. Additionally, differenced Normalized Burn Ratio (dNBR) was used to analyze burn severity for each fire. The change in chlorophyll-a levels before and after each fire from the impacted coastal area were evaluated using the Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’s Aqua satellite. The Random Forest Regression machine learning model did not strongly predict the difference in chlorophyll-a from the fire parameters. However, our moderate R2 value (0.36) shows promising avenues for future work, including investigating post-fire chlorophyll-a after the first significant rain event, as well as the impact of wind-blown ash on coastal chlorophyll-a concentrations.

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    Species-specific Impact on Maximum Fire Temperature in Prescribed Burns at Sedgwick Reserve
    Hannah Samuelson, University of St. Thomas
    Fuel load plays a key role in determining severity (change in biomass), intensity (temperature), and frequency (length in time) of wildfires and prescribed fires. Fuel loads can vary in fuel conditions, like moisture content, amount, and flammability of the fuel, and are affected by species type and climatic conditions. Moreover, the difference in the chemical composition of plant species can affect its flammability. Anecdotal evidence from firefighters claim that Purple Sage burns hotter than other shrubs. Here we focus on two shrub species and two tree species that are broadly representative of California foothills; Blue Oak (Quercus douglasii), Coast Live Oak (Quercus agrifolia), Purple Sage (Salvia leucophylla), and California Sagebrush (Artemisia californica), and aim to understand species-specific proclivity to burn with higher or lower severity and intensity. In fall of 2023, a prescribed fire was conducted at Sedgwick Reserve in Santa Barbara County, CA. Field data collection included maximum temperature point measurements with metal pyrometers, the change in 3D vegetation structure using UAV LiDAR, and orthomosaic images for species identification. Radial buffers were created around the locations of the metal pyrometers and used to evaluate the spatial distribution of species, which were verified through field-observed species identification. The relationship between dominant overstory species, change in biomass, and maximum fire temperature was investigated. Preliminary results suggest that Purple Sage produced the highest maximum fire temperatures. Additionally, preliminary results showed both tree species, Blue Oak and Coast Live Oak, exhibit similar biomass change at low maximum fire temperatures. This investigation confirmed the firefighters’ anecdotal evidence on the relationship between species and their wildfire dynamics. The results have the potential to refine fire spread models and ultimately land management practices, improving the protection of humans and infrastructure while preventing habitat destruction from wildfires.

    [embedded content]

    Quantifying the Influence of Soil Type, Slope, and Aspect on Live Fuel Load in Sedgwick Reserve
    Angelina Harris, William & Mary
    The severity and increasing frequency of California wildfires requires investigation of factors that characterize pre-fire landscapes to improve approaches to wildland management and predict the spread of wildfire. Quantifying the relationship between soil type and fuel load could improve existing efforts to map both overall quantity and composition of live fuel for fire spread models which may assist in preventative wildfire measures and potentially active firefighting work. The southwest corner of Sedgwick Reserve, Santa Barbara County, CA hosts two dominant soil types that broadly represent soil variability in the area. The more northerly soil unit is a Chamise shaly loam, and the more southerly soil unit is a Shedd silty clay loam. The Chamise series has a mixed texture, abundant in clay with a significant amount of rock fragments (> 35%) composing its texture while the Shedd series has a fine texture dominated by silt-sized particles. Topography, specifically slope and aspect, plays a significant role in formation and characteristics of soil due to influence on erosion and deposition and sun exposure, respectively. This research aims to explore the relationship between soil type and topography and quantify their influence on live fuel using a Canopy Height Model (CHM) derived from airborne LiDAR collected on 11/04/2020 with a point density of 10.19 pts/m2. The LiDAR-based CHM was filtered to separate trees (> 2 m) and shrubs (.07 – 2 m). A Random Forest Regressor was used to investigate the relationship between soil type, slope, and aspect to identify which variable is the best predictor of canopy height. Preliminary results suggested that soil type and aspect were the most important variables to determine canopy height (variable importance of .50 and .41, respectively). Further studies investigating quantity and composition of live fuel load focusing on additional soil units within Sedgwick Reserve are encouraged.

    [embedded content]

    From Canopy to Chemistry: Exploring the Relationship Between Vegetation Phenology and Isoprene Emission
    Emily Rogers, Bellarmine University
    Isoprene (2-methyl-1,3-butadiene) represents the most abundant non-methane biogenic volatile organic compound in the troposphere, with annual emissions almost equal to those of methane. Depending on the chemical environment, this effective thermoregulator and reactive oxygen species scavenger participates in photochemical reactions to produce climate pollutants and toxins such as ozone and secondary organic aerosols. Previous studies have revealed strong connections between isoprene emission and photosynthesis as its precursors are formed during the Calvin Cycle. This raises questions as to whether the periodic biological events of plants, collectively known as vegetation phenology, influences tropospheric isoprene quantities. In this study, we investigate the influence of vegetation phenology on isoprene emission in Southern California by comparing photosynthetic activity and the spatial distribution of the isoprene oxidation product, formaldehyde, for regions dominated by plants of two different physiologies: high altitude woodlands and coastal shrublands. We interrogate the annual phenology of these regions using high resolution solar-induced chlorophyll fluorescence (SIF) estimates from the Orbiting Carbon Observatory-2 (OCO-2) satellite, and formaldehyde vertical column measurements from the recently activated Tropospheric Emissions: Monitoring of Pollution (TEMPO) geostationary satellite. We explore the seasonal trends in both formaldehyde formation and SIF as well as their bivariate relationship. Preliminary results indicate both heightened formaldehyde emission and heightened SIF during summer months relative to winter months, with a comparatively stronger correlation between the two metrics during the fall. Our findings will provide insight toward the response of plants to variations in their environment which directly influence chemical systems in the air. Whereas VOCs hold a great potential for environmental and anthropological harm if emitted in excess, it is crucial to understand the factors involved in their formation. As such, we hope that our findings provide information relevant to the development of air pollution mitigation strategies.

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    Keeping it Fresh(water): Understanding the Influence of Surface Mineralogy on Groundwater Quality within Volcanic Aquifer Systems
    Sydney Kent, Miami University
    Geology plays a key role in determining the chemical profile of groundwater through weathering and erosion, leading to minerals entering the groundwater. The Columbia Plateau, a geologic region that resides within the Pacific Northwest volcanic aquifer system, is known to have water management issues due to groundwater extraction for agriculture. Decreases in groundwater levels can lead to higher concentrations of rock-originated minerals, so the relationship between basaltic geology and well water quality is particularly important in these systems. This research aims to assess the extent in which the basaltic surface mineralogy of the Columbia Plateau impacts predetermined health benchmarks pertaining to trace elements, radionuclides, and nutrients. NASA’s Earth Surface Mineral Dust Source Investigation (EMIT) instrument, a spaceborne imaging spectrometer on the International Space Station, was used to map surface minerals within and among distinct regions of the Columbia Plateau. Some basalt aquifers have uranium that decays to radon-222, a mineral that can be toxic when consumed, as well as lithium, which is commonly found during volcanic eruptions. Preliminary findings showed that where basalt and its secondary minerals were identified with EMIT, chlorite and calcite, well data also indicated raised levels of lithium and radon-222. The relationship between EMIT mineral maps and water quality data indicated that EMIT can potentially be used to identify basalt aquifer systems that may be at risk of poor water quality. Results from this study can be used to enact more personalized water purification methods in areas with water quality issues and individuals with private wells can be more informed about the hazards present in their water.
    Click here watch the Atmospheric Aerosols Group presentations.
    Click here watch the Ocean Group presentations.
    Click here watch the Whole Air Sampling (WAS) Group presentations.

    MIL OSI USA News

  • MIL-OSI USA: What do volcanoes smell like?

    Source: US Geological Survey

    It smells like:

    • Dry, dusty rock (like on Mount St. Helens’ Pumice Plain in the height of summer);

    • Warm, moist rock (near vents where steam is escaping);

    • Like whatever is nearby (pine needles, blooming plants, stinky wetland plants, animals with wet fur);

    • It certainly doesn’t have typical neighborhood smells, like car exhaust, restaurants, BBQs, etc., since volcanoes are generally in remote locations (rarified air?);

    • Rotten eggs or an acrid smell, like a struck match (just downwind of a fumarole).

    Recently, smells were reported in southwest Washington, mainly in Clark and Cowlitz Counties. These areas are relatively close to Mount St. Helens and the question was posed if the smell could be volcanic in nature.

     

    The answer is no.

    The USGS Cascades Volcano Observatory has two volcanic gas monitoring stations at Mount St. Helens. One is called “SNIF” and is located in the crater. It measures the compositions of gases (water vapor, carbon dioxide, sulfur dioxide, hydrogen sulfide) coming from vents on the 2004-08 lava dome. The other station, located northeast of the crater, measures the amount of sulfur dioxide emitted from Mount St. Helens.

    Together, these two monitoring stations show that there has not been an increase in the composition or amount of gases being emitted from Mount St. Helens. In fact, Mount St. Helens is presently releasing only very small amounts of water vapor, carbon dioxide, and hydrogen sulfide, which is consistent with background behavior.

    CVO is very confident in the measurements from SNIF because in the last 48 hours winds have shifted quite a lot (from the NW, S, and E, at an average speed of about 13 ft per second (4 m/s)), so the station has sampled gases from a variety of upwind directions. CVO crews were also conducting field work at Mount St. Helens on September 24, and did not report any significant or new smells.

    MIL OSI USA News

  • MIL-OSI Asia-Pac: India’s Container Handling Capacity Set for a Twofold Increase in Five Years

    Source: Government of India

    India’s Container Handling Capacity Set for a Twofold Increase in Five Years

    Shri Sarbananda Sonowal Unveils Major Accomplishments of the Ministry of Ports, Shipping & Waterways in the Initial 100 Days of Government MoPSW is developing

    In the next five years, we project container handling to reach an impressive 40 million TEUs, creating 2 million job opportunities across the country: Shri Sarbananda Sonowal

    JNPA is going to become the first Indian Port to attain a Container Handling Capacity of 10 million TEUs in the coming months: Shri Sarbananda Sonowal

    International Container Transshipment Port (ICTP) at Galathea Bay, Great Nicobar Island, which will serve as a major transshipment hub

    PM Modi’s focus on holistic development and his mantra of ‘Transformation through Transportation’ are creating a paradigm shift in India’s maritime sector: Shri Sarbananda Sonowal

    Ship Building & Ship Repair Clusters to be established in five States – Gujarat, Maharashtra, Kerala, Andhra Pradesh and Odisha: Shri Sonowal

    3,900 acres of land allotted in DPA and VoCPA for setting up of Hydrogen Manufacturing Hubs. This will attract more than Rs. 5 Lakh Crores worth Of Investment in the Coming Years: Shri Sarbananda Sonowal

    Operationalization of the Mormugao Port cruise terminal in Goa

    The performance of major ports has improved, with traffic increasing by 4.87% in 2024

    Posted On: 25 SEP 2024 4:28PM by PIB Delhi

    In a comprehensive press conference held today the Union Minister of Ports, Shipping and Waterways Shri Sarbananda Sonowal, presented an extensive overview of the significant milestones achieved by the Ministry during the first 100 days. The conference was aimed at showcasing the Ministry’s contributions toward transforming India’s maritime sector and aligning with the vision of Maritime India Vision 2030 and Maritime Amritkaal Vision 2047.

     

    The event began with a detailed address by the Secretary of the Ministry of Ports, Shipping & Waterways, Shri T.K. Ramachandran, followed by the Minister’s remarks, both of which emphasized the Government’s proactive steps in revolutionizing India’s maritime infrastructure.

    Shri Sarbananda Sonowal commenced his address by acknowledging the unwavering guidance of Prime Minister Shri Narendra Modi, whose vision of ‘Ports for Prosperity and Ports for Progress’ has become the cornerstone of India’s maritime transformation. He highlighted that PM Modi’s focus on holistic development and his mantra of ‘Transformation through Transportation’ are leading to a complete overhaul of India’s maritime landscape.

    “Prime Minister Shri Narendra Modi Ji’s focus on holistic development and his mantra of ‘Transformation through Transportation’ are creating a paradigm shift in India’s maritime sector. This Government’s commitment to strengthening maritime infrastructure is paving the way for unprecedented economic growth and generating significant employment opportunities across the country. Waterways are becoming the new highways of India.”

    He further elaborated on the major initiatives taken by the Ministry under the guidance of PM Modi, highlighting that these are geared toward enhancing port infrastructure, improving ease of doing business, promoting sustainability, and creating employment opportunities.

    “After 25 years since the establishment of Kamarajar Port, the addition of Vadhvan Port marks a significant milestone in India’s maritime journey, alongside the recent notification of Galathea Bay as a major port. In the next five years, MoPSW projects container handling to reach an impressive 40 million TEUs, creating 2 million job opportunities across the country. JNPA alone will scale up its handling capacity from the current 6.6 million TEUs to 10 million.”
     

    “Recognizing the strategic importance of shipbuilding and ship repair, the Ministry is developing dedicated clusters in Maharashtra, Kerala, Andhra Pradesh, Odisha, and Gujarat. We are also allocating more than 3,900 acres in Kandla and VOC Port for the development of hydrogen manufacturing hubs, positioning India as a leader in clean energy. Additionally, we are eagerly looking forward to the upcoming ‘Sagarmanthan: The Great Ocean Conference,’ which will be held in Mumbai this November, further emphasizing focus on ocean sustainability and blue economy growth.”

    The Minister, Shri Sarbananda Sonowal, presented the Ministry’s accomplishments, focusing on flagship projects that will enhance India’s maritime capabilities and contribute to overall sector development. He underscored the foundation of Vadhvan Port, India’s first major port project of the 21st century, poised to become one of the largest all-weather deep-water ports with a capacity of 298 MMTPA.

    This mega port is expected to create 1.2 million employment opportunities and place an Indian port among the top 10 container ports globally, significantly improving international shipping connectivity and reducing transit times and costs.

    Another key project highlighted was the Tuticorin International Container Terminal on the East Coast, which will serve as a major transshipment hub, saving up to USD 200 per container and providing an estimated annual foreign exchange savings of USD 4 million.

    The Ease of Doing Business Initiatives introduced several reforms, including the establishment of the Indian Maritime Centre (IMC) to foster policy and operational synergy, the Indian International Maritime Dispute Resolution Centre (IIMDRC) to streamline maritime dispute resolutions, and the Sagar Aankalan Guidelines to benchmark port performance, enhancing global competitiveness. Additionally, the commencement of operations at Cochin Shipyard’s International Ship Repair Facility (ISRF), equipped with state-of-the-art ship lifts and workstations, positions India as a global leader in the ship repair market.

    The Ministry also successfully executed a landmark Deendayal Port Encroachment Drive, reclaiming 200 acres of encroached land for port-led industrial development. The performance of major ports has improved, with traffic increasing by 4.87% in 2024, and Visakhapatnam Port ranking among the top 20 in the World Bank’s Container Port Performance Index. As part of Greening Initiatives, the Ministry launched the Green Tug Transition Programme and allocated land for green hydrogen projects at Deendayal Port. In cruise tourism, the International Cruise Terminal at Visakhapatnam was operationalized, boosting both domestic and international maritime tourism prospects.

    The Secretary of the Ministry of Ports, Shipping, and Waterways, Shri T.K. Ramachandran, provided a comprehensive overview of the Ministry’s strategic initiatives. He highlighted key reforms aimed at strengthening maritime infrastructure, driving investment, and enhancing ease of doing business.

    “In the first 100 days of this Government, the Ministry has taken bold steps to implement key reforms, such as the establishment of the Indian Maritime Centre and the Indian International Maritime Dispute Resolution Centre, both of which will bolster India’s standing as a global leader in maritime infrastructure and logistics. We are on track to achieve the ambitious goals of the Maritime India Vision 2030 and Maritime Amritkaal Vision 2047, which focus on sustainable growth, enhanced connectivity, and improving the ease of doing business”, mentioned Shri TK Ramachandran, Secretary, MoPSW.

    During the press conference discussions from the 20th Maritime State Development Council Meeting held in September 2024, where the development of mega shipbuilding parks across various states was a focal point was mentioned. Additionally, MoPSW’s sanctioning of the Upgradation of Nagapattinam Port Infrastructure project in August 2024 was noted, which aims to launch a passenger ferry service between Nagapattinam (India) and Kankesanthurai (Sri Lanka), enhancing regional connectivity, trade, tourism, and economic opportunities.

    Shri Sarbananda Sonowal, outlined the Ministry’s upcoming priorities aimed at further enhancing India’s maritime sector. Key initiatives include the commencement of work on the International Container Transshipment Port (ICTP) at Galathea Bay, Great Nicobar Island, which will serve as a major transshipment hub. To strengthen India’s self-reliance in shipbuilding, the Shipbuilding Financial Assistance Policy will be expanded, along with the establishment of a Maritime Development Fund to boost domestic ship ownership. The Ministry is also set to enhance operational efficiency through digitalization with the EBS portal (Port Operating System), which will go live at five major ports, reducing logistics costs and streamlining operations.

    The notification of the Merchant Shipping Bill, incorporating international best practices for vessel safety, marine pollution, and maritime liabilities, was also mentioned, alongside the Coastal Shipping Bill, which seeks to foster a competitive coastal shipping environment, reduce transportation costs, promote Indian vessels, and integrate maritime transport with inland waterways.

    On the sustainability front, the Harit Nauka scheme will promote the transition to green fuels for inland vessels, and hydrogen-powered vessels will be manufactured at Cochin Shipyard. Additionally, the Cruise India Mission will be launched to position India as a premier cruising destination, with the operationalization of the Mormugao Port cruise terminal in Goa to accommodate growing domestic and international cruise tourism.

     “As we continue our journey under the visionary leadership of Hon’ble Prime Minister Narendra Modi Ji, we remain committed to transforming India’s maritime sector. With our focus on enhancing infrastructure, ease of doing business, and sustainability, we are driving the country toward becoming a global maritime powerhouse”, added Shri Sonowal.

    The Ministry of Ports, Shipping & Waterways is resolutely focused on achieving the goals set forth under the Maritime India Vision 2030. The efforts are directed toward ensuring sustainable growth, fostering innovation, and creating employment opportunities that will drive India’s maritime sector to global prominence.

    The press conference concluded with a Q&A session, providing a platform for the media to engage directly with both the Minister and the Secretary.

     

    NB/AK

    *****

    (Release ID: 2058632) Visitor Counter : 11

    MIL OSI Asia Pacific News

  • MIL-OSI Asia-Pac: Make in India Powers Energy Transition: Fuels renewable energy equipment boom

    Source: Government of India

    Make in India Powers Energy Transition: Fuels renewable energy equipment boom

    India’s solar PV module manufacturing capacity increases from 2.3 GW to 67 GW under 10 years of Make In India

    Posted On: 25 SEP 2024 6:39PM by PIB Delhi

    As “Make in India” initiative of Government of India completes 10 years, it has been proven to be a driving force in promoting investment, fostering innovation, and building world-class infrastructure to transform India into a hub for manufacturing, design, and innovation. It continues to play a pivotal role in developing a robust manufacturing sector for renewable energy in the country. One of the key focuses of the Government is to support and incentivize domestic manufacturing in the renewable energy sector. The renewable energy equipment manufacturing sector in India is well-positioned to meet domestic demand and serve the global market through exports, establishing India as a key player in the renewable energy manufacturing space.

    Union Minister for New and Renewable Energy Shri Pralhad Joshi posted on X ” India’s renewable energy sector has contributed immensely to the #10YearsOfMakeInIndia. From PLI to VGF, we are extending all possible support to our domestic industries. We are committed to establishing India as a major global player in the complete value chain of clean energy solutions.”

    Measures taken to promote domestic renewable energy equipment manfacturing

    Several measures have been taken by the Union Government to promote the domestic manufacturing of renewable energy equipment, such as solar PV modules, cells, and upstream components like ingots, wafers, and polysilicon. These efforts also include the manufacturing of wind turbines, electrolysers for green hydrogen production, and battery energy storage systems for utility-scale electricity storage applications.

    The Government’s efforts span financial, fiscal, and policy measures aimed at bolstering domestic production. Financial incentives include the Production Linked Incentive (PLI) scheme for setting up fully or partially integrated manufacturing units for solar PV modules and upstream components. Additional support measures include Viability Gap Funding (VGF) for stationary Battery Energy Storage System projects and incentives for manufacturing electrolysers and green hydrogen production under the National Green Hydrogen Mission. Fiscal incentives include concessional customs duties on inputs required for domestic manufacturing, waivers on import duties for specific capital goods needed for solar PV cell and module production, and impositions of basic customs duties on imports of solar PV modules, cells, and inverters.

    Under Union Minister for New and Renewable Energy Shri Pralhad Joshi, policy measures have been taken through provisions such as the Domestic Content Requirement (DCR) in schemes like PM Surya Ghar: Muft Bijli Yojana, PM-KUSUM, and CPSU Scheme Phase-II, where Government subsidies are provided. Other policies include linking PLI amounts to local value addition, Quality Control Orders for solar equipment, and approved lists of models and manufacturers for solar and wind technologies.

    Boost to Solar PV manufacturing

    Solar PV manufacturing remains a significant focus of the Government’s efforts. The Government is committed to making India self-reliant (Atmanirbhar) in solar PV manufacturing and establishing India as a major player in the global value chain. This commitment is demonstrated by the Rs. 24,000 crores outlay for the PLI Scheme for High-Efficiency Solar PV Modules and additional policy interventions, such as the imposition of basic customs duties and domestic content requirements.

    Since 2014, India’s installed solar PV module manufacturing capacity has grown from 2.3 GW to approximately 67 GW, thanks to various measures under the “Make in India” initiative. This increase makes India capable of meeting domestic demand while also catering to exports. The country has seen rapid growth in solar PV module production capacity, jumping from 8 GW in 2021 to 67 GW per year in the last 3.5 years alone.

    Furthermore, over 48 GW of fully or partially integrated solar PV module manufacturing projects are currently under implementation under the solar PLI scheme. Once completed, these projects will attract an investment of approximately Rs. 1.1 lakh crores and create direct employment for around 45,000 people. The solar PLI scheme will also bring cutting-edge solar PV module manufacturing technology to India, reducing the country’s dependence on imports. With the solar PLI scheme and the Government’s supportive policy framework, India is projected to achieve 100 GW per year of solar module production capacity by 2026, which will not only satisfy domestic demand but also contribute to earning foreign exchange through exports.

    ***

    Navin Sreejith

    (Release ID: 2058735) Visitor Counter : 64

    MIL OSI Asia Pacific News