Category: Energy

  • MIL-OSI USA: 09.25.2024 Sen. Cruz Sends Letter Urging Biden Administration to Appeal LNG Decision Undermining American Energy

    US Senate News:

    Source: United States Senator for Texas Ted Cruz
    WASHINGTON, D.C. – U.S. Sen. Ted Cruz (R-Texas) sent a letter today urging Federal Energy Regulatory Commission Chairman Willie L. Phillips to appeal the U.S. Court of Appeals for the D.C. Circuit’s decision vacating permits for the Rio Grande liquified natural gas (LNG) project and Texas LNG project.
    In the letter, Sen. Cruz wrote, “The decision sets a chilling precedent that will harm the development of infrastructure for projects related to all forms of energy, directly undermining American energy security and therefore national security. If the permits are not reauthorized, over 7,000 high-paying jobs will disappear, and roughly $24 billion in investments in the Rio Grande Valley will be lost.

    “Since 2016, America has become the largest exporter of LNG in the world, passing competitors such as Russia and Qatar. This achievement was made possible through the work, innovation, and investment of private companies willing to fund and build capital-intensive projects. That progress has now been put at acute risk by the court’s decision.”
    Read the full letter here or below:
    Dear Chairman Willie L. Phillips:
    On August 6, 2024, the U.S. Court of Appeals for the D.C. Circuit vacated reauthorizations for the Rio Grande LNG and Texas LNG projects and remanded the issue to the Federal Energy Regulatory Commission for further proceedings.
    We write today to urge you to pursue an appeal and seek a stay of the decision pending the outcome of that appeal.
    State and local officials across Texas had already done extensive work related to the two projects. The Rio Grande LNG project already started construction a year ago. The Texas LNG project was less than two months away from securing enough offtake commitments for achieving a final investment decision.
    The decision sets a chilling precedent that will harm the development of infrastructure for projects related to all forms of energy, directly undermining American energy security and therefore national security. If the permits are not reauthorized, over 7,000 high-paying jobs will disappear, and roughly $24 billion in investments in the Rio Grande Valley will be lost.
    There is no precedent for this decision. Charles McConnell, the former Assistant Secretary of Energy at the Department of Energy in President Barack Obama’s Administration says “If allowed to stand, the precedent from this ruling would be absolutely draconian to investment progress.”
    The decision itself, as well as its unprecedented nature, will have far-reaching and negative cascade effects. The Brazos Island Harbor Channel Improvement Project, a $400 million project to deepen the Brownsville shipping channel from 42 to 52 feet, will likely stop. Over $20 billion in economic investment and 31 million tonnes per annum of liquified natural gas (LNG) exports will be wiped out. More broadly, if project developers come to believe that federal permits can be overturned due to procedural missteps by the regulator, apart from any actions or fault by the developers, U.S. infrastructure projects will slow and stall.
    Since 2016, America has become the largest exporter of LNG in the world, passing competitors such as Russia and Qatar. This achievement was made possible through the work, innovation, and investment of private companies willing to fund and build capital-intensive projects. That progress has now been put at acute risk by the court’s decision. We look forward to your prompt response on this matter.
    Sincerely,
    /X/

    MIL OSI USA News

  • MIL-OSI China: Closer China-ASEAN cooperation boosts regional high-quality development

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

    NANNING, China, Sept. 25 — Visitors arriving at this year’s China-ASEAN Expo (CAEXPO) will encounter an intriguing blend of fresh innovations and familiar attractions. A new section spotlights emerging industries such as artificial intelligence and lithium batteries, while longstanding crowd favorites, like durian, longan, and rice, continue to draw attention.

    This evolving landscape mirrors the deepening partnership between China and ASEAN. China’s commitment to expanding high-standard opening-up and the rapid industry upgrading in ASEAN nations has fostered stronger economic ties between the two sides. Together, these efforts drive regional high-quality development while sharing China’s development opportunities with ASEAN.

    EMPOWERING ASEAN SMES

    Stepping into the Thai Pavilion at CAEXPO, visitors are greeted by the distinct aroma of durian mingling with the herbal scent of Zam-buk, a popular Thai remedy for insect bites. A booth showcasing the collaboration between TOPTHAI and China’s e-commerce leader, JD.com, drew significant interest.

    TOPTHAI store on leading e-commerce platforms is an initiative launched by the Thai Department of International Trade Promotion this year. It aims to help Thai small and medium-sized enterprises (SMEs) expose their products to more overseas markets, among which the Chinese market is a crucial destination, said Dr. Nisachol Thaithong, a Thai trader and researcher in China-Thailand cross-border e-commerce.

    For SMEs and small-scale farmers in ASEAN countries, participating in e-commerce with China has transformed their businesses.

    “It (CAEXPO) is moving forward dynamically in terms of the more areas of cooperation, in terms of engaging wider stakeholders,” said Kao Kim Hourn, secretary-general of ASEAN, in an interview on the sideline of CAEXPO and China-ASEAN Business and Investment Summit (CABIS). “Now they are involved in the Micro-, Small, and Medium-sized Enterprises (MSMEs), for example. MSMEs are really the backbone of the economy on both sides. We have to get them involved, in addition to the big cooperations. I think this is the right direction that we are taking.”

    Frequent exchanges between China and Malaysia leadership have set a positive tone for SMEs, said Ravenna Chen, the CEO of TusStar Malaysia, an innovation and entrepreneurship platform.

    Huang Aimin, chairman of the first council of the Guangxi Cross-border E-Commerce Association, said cross-border e-commerce has the potential to be a critical platform for promoting in-depth economic and trade cooperation between China and ASEAN.

    Collaborating with China has sped up modernization in Laos. For instance, working with China to digitize businesses and develop e-commerce skills has been advantageous for both businesses and young individuals in Laos, according to Thanongsinh Kanlaya, Vice President of the Lao National Chamber of Commerce and Industry.

    UPGRADING AGRIBUSINESS

    At a durian orchard in Thailand’s Chanthaburi province, Kosai, the 32-year-old owner and a Chinese social media influencer, was promoting durians to Chinese netizens through the live streaming e-commerce platform Tmall.

    Kosai is proud that his orchard is a smart orchard jointly built by the Commercial Association for Sustainability of Agriculture in Thailand and the Foreign Economic Cooperation Center of China’s Ministry of Agriculture and Rural Affairs.

    The Internet of Things installed by the Chinese side in Kosai’s orchard, which includes meteorological, water level, and soil moisture monitoring, could provide data support for the scientific cultivation of durian and the improvement of fruit quality.

    Modern farming is a sector with a promising future for cooperation between Malaysia and China, said Low Kian Chuan, president of the Associated Chinese Chambers of Commerce and Industry of Malaysia.

    Despite the difference in size and population between Brunei and China, CAEXPO and CABIS have offered a platform for Brunei enterprises to conduct win-win cooperation with Chinese peers, said National Chamber of Commerce and Industry Brunei Darussalam President Haji Abdul Saman bin Haji Ahmad.

    Platforms like CAEXPO and CABIS incentivize Brunei SMEs to grow “more resilient and more proactive” by exposing their products and services to the Chinese market, said Saman, adding that he sees particularly promising opportunities for Brunei’s halal food.

    GREEN TRANSITION

    Leading Chinese renewable energy firms are working closely with ASEAN enterprises and investing in new facilities to produce innovative, locally adapted products, thus actively contributing to ASEAN’s green transition.

    In July, BYD opened an electric vehicle plant in Thailand, the automaker’s first Southeast Asian factory, a fast-growing regional EV market. The same month Eve Energy announced a plan to build a new factory in Kulim, Kedah state, Malaysia to meet the fast-growing demand for energy storage and consumer batteries in the South East Asia region.

    In August, Gotion High-tech announced that a battery assembly plant project in Malaysia is under negotiation, in addition to its assembly plants in Indonesia and Thailand. The battery manufacturer’s Vietnam factory is expected to begin production in October this year.

    Malaysia’s East Coast Rail Link under the Belt and Road Initiative is expected to drive economic development in the east coast areas and promote more balanced development among regions within the countries, said Anthony Loke Siew Fook, the minister of transport of Malaysia.

    As outlined in the National Automotive Policy 2020 and National Energy Transition Roadmap, Malaysia is developing its renewable energy battery sector and welcomes leading battery manufacturers to invest in it, said Loke.

    Malaysia encourages Chinese companies to form partnerships with local companies to further promote the use of electric and hybrid vehicles in Malaysia, not only in terms of car manufacturing but also in the entire ecosystem, from charging networks to battery manufacturing, said Zalina Zainol, deputy chief executive officer of investment development at Malaysian Investment Development Authority.

    Malaysia highly encourages such cooperation to further create high-skilled jobs in engineering, research and development, and advanced manufacturing, thereby boosting economic growth here, Zainol added.

    MIL OSI China News

  • MIL-OSI United Kingdom: £1bn investment secures over 300 jobs in North Wales

    Source: United Kingdom – Executive Government & Departments

    The UK and Welsh Government have announced £1 billion of investment into Shotton Mill in North Wales.

    • Major joint investment in Deeside will safeguard 147 jobs and create a further 220.
    • Shotton Mill will become UK’s largest recycled paper manufacturer helping the UK’s transition to net zero and creating jobs in green industries of the future.
    • Stronger relationship between UK and Welsh Government delivers boost to local economy.
    • Announcement comes ahead of Investment Summit which will bring together international business leaders to boost growth.

    A major investment of over £1 billion in the redevelopment of Shotton Mill in Deeside, North Wales, will safeguard 147 jobs and create a further 220 when fully commissioned, the UK and Welsh governments have confirmed today [Thursday 26 September].

    Cabinet ministers from both the UK and Welsh government will visit the historic industrial centre of Wales to meet with members of Eren Holdings, who acquired Shotton Mill in 2021. There, they will hear more about the site’s transformation, which will turn the area into the UK’s largest paper manufacturing site.

    The announcement comes ahead of the Investment Summit next month which will make clear that the UK is “open for business” as the UK government resets relations with trading partners around the globe and creates a pro-business environment that supports innovation and high-quality jobs at home and supports our mission to deliver growth.

    The Welsh Government has provided nearly £13 million in funding alongside £136 million in support from UK Export Finance (UKEF), the UK government’s export credit agency.

    Business and Trade Secretary Jonathan Reynolds said:

    This is a massive vote of confidence in the Welsh economy and this government’s plans to make Britain the destination of choice for investments in the industries of tomorrow. This transformative investment will not only support local skilled jobs but raise living standards in the community.

    The deal being announced today is testament to what can be achieved when the Welsh and UK governments work hand in hand. 

    We’re also proud to celebrate National Manufacturing Day, where we recognise the tremendous innovations taking place right across the sector, not least here in Shotton Mill.

    Secretary of State for Wales Jo Stevens said:

    Deeside has a long and proud history as one of Wales’ key industrial centres and this significant investment from our two governments will secure jobs and help bring a prosperous future for the area.

    We have reset the relationship between the UK and Welsh Government. Working together in close partnership we are delivering growth and good jobs to people across Wales.

    Economy, Energy and Planning Cabinet Secretary Rebecca Evans said:

    This is excellent news for Deeside and the wider Welsh economy and is a prime example of how, through our commitment to a prosperous, green economy we are able to attract investment, and create good, sustainable jobs whilst reducing waste.

    Once fully operational, instead of transporting paper waste many hundreds or thousands of miles overseas to be processed it will be turned into recycled packaging here in Wales. This, alongside the nature of the technology, means a net reduction in carbon emissions equivalent to emissions from 190,000 homes a year.

    Our £13million support will help ensure this is delivered whilst safeguarding and creating local jobs and ensuring that the community is at the heart of the business’ success for many years to come.

    Eren Holding is a leading containerboard and corrugated cardboard manufacturer from Turkey and ranks among the leading producers in Europe. Their plans will see Shotton Mill become the UK’s largest paper-manufacturing campus, boosting UK paper production by recycling wastepaper which would otherwise go overseas or into landfill.

    The plant will produce nearly 100% recycled paper and will have an environmentally friendly production model as it purifies its own wastewater, recycles and reuses it in the system, helping to create good, highly paid jobs in the green industries of the future.

    UKEF supported by issuing a guarantee which allows HSBC and UBS to arrange debt financing for the project. 

    The Eren investment is expected to boost Welsh and UK exports in paper, with UKEF support offered on the understanding that Shotton Mill will export 10% of its turnover within 5 years. This is also expected to reduce UK reliance on imports of paper.

    Hamdullah Eren, Senior board member of the Eren Holding Group said:

    “Production at our new plant at Shotton Mill will be based on state-of-the-art technology, making this the most advanced paper campus in Europe. Our custom-built plant will deliver sophisticated and sustainable manufacturing solutions well into the 21st century. This is the first major Eren Holding cap ex project outside Türkiye and we are delighted to have chosen Deeside as an ideal location to meet our ambitions for growth. We are putting down deep roots on a site of historic industrial significance. We believe this new plant will bring prosperity, leadership in our industry, and long-term employment prospects that will be the pride of Deeside, Wales and Türkiye.”

    Northeast Wales is a key industrial centre, with Deeside being one of the largest industrial parks in Europe. Shotton steelworks once operated on site, with industrial activity at the Mill dating back over 100 years.

    The investment represents a new lease of life for the site and will support economic stability in Deeside and the North Wales area as both governments look to deliver long-term, sustainable, growth right across the UK.

    The announcement also falls on National Manufacturing Day as the government celebrates the nation’s first-class manufacturing industry. The UK government’s upcoming modern industrial strategy will back workers and give international investors the confidence they need to invest in Britain, creating jobs and growth across the UK.

    The UK remains an attractive destination for green investment and this announcement will help create jobs, grow the economy and export high-quality, sustainable goods around the world.

    Notes to Editors

    • More information on the UK’s trading relationship with Turkey can be found here: https://assets.publishing.service.gov.uk/media/66e937f47f20ecc7ec3aa226/turkey-trade-and-investment-factsheet-2024-09-20.pdf

    • UK Export Finance (UKEF) is a government department which provides loans, guarantees, and insurance to help UK exporters access international trading opportunities. It is the UK’s export credit agency and works closely with the Department of Business and Trade.

    • UKEF’s support has come in the form of a financing guarantee issued under its Export Development Guarantee (EDG) product, which helps UK exporters to access high-value debt facilities.
    • A financial guarantee is an arrangement which can help a borrower to access debt financing such as loans and lines of credit. It involves a guarantor agreeing to ensure that the lender is repaid if the borrower defaults.
    • In this case, UKEF has provided an 80% guarantee worth £136 million covering a £170 million financing facility being made available by other institutions to Shotton Mill, with HSBC and UBS acting as arranging banks.
    • This is the second time that UK has used its EDG product to support an overseas business looking to increase its UK exporting capacity through an ‘invest-to-export’ arrangement.

    Updates to this page

    Published 26 September 2024

    MIL OSI United Kingdom

  • MIL-OSI USA: NREL Experts Accelerate Electrification of Department of Defense Nontactical Fleets

    Source: US National Renewable Energy Laboratory

    One of the Nation’s Largest Fleets Is on the Path to Going Electric Thanks to NREL Tools, Analyses, and Experience


    NREL fleet electrification experts are partnering with the U.S. Army and other agencies within the U.S. Department of Defense to accelerate transitioning their nontactical vehicle fleet to electric, like this vehicle plugged into a solar powered charging station at Joint Base Pearl Harbor-Hickam. Photo by Dave Cook

    As electric vehicles (EVs) continue to grow their share of the market, several federal agencies are transitioning their own fleets to EVs, too.

    At the U.S. Army, for example, 27% of the new or replacement light-duty vehicles (like sedans, minivans, and pickup trucks) ordered in 2022 were EVs or plug-in hybrids, up from just 1% the year before. To maintain the momentum, they needed to know they were making the right decisions on how many EVs they needed and how to manage their charging needs. So, the Army team and other agencies within the Department of Defense (DOD) turned to the National Renewable Energy Laboratory (NREL) for tools, analysis, and guidance.

    “The Army has expertise, resources, and funding for fleet electrification,” said NREL’s Leidy Boyce, a research engineer and federal fleet electrification expert. “But having that additional set of eyes—especially those who can offer decades of experience on charger deployment challenges—is what our partners look for when they come to NREL.”

    ‘We Connect the Dots’

    Crosscutting expertise, advanced tools, longtime experience, and responsiveness make NREL’s EV and charging infrastructure deployment experts the go-to fleet electrification resource. In a single year from 2021 to 2022, NREL researchers helped increase EV acquisitions in the federal fleets nearly sixfold.

    “It’s more difficult for DOD agencies to manage the many elements of EVSE [electric vehicle supply equipment] rollout than a private fleet company because these agencies are huge and have a critical responsibility for protecting the country that has to be their primary objective,” said Cabell Hodge, NREL’s Analysis and Vehicle Deployment group manager. “Therefore, they look to experts to consult on these matters, and our team fits the bill.”

    NREL researchers have worked with DOD since 2016 when they began helping the Navy, Marine Corps, and Army with site assessments to determine the best locations to install EVSE on its bases. More recently, NREL has engaged in complex projects to assess the potential for bidirectional charging as a resilience strategy with the U.S. Army National Guard, built a web tool for the entire federal government to complete EVSE site assessments remotely, and begun exploring the charging needs for privately owned vehicles at every Army base in the country.

    “Working with NREL provides assurance that it will be done right the first time,” Boyce said. “More than likely, we have done it before, we have the skills, and we can connect the dots between technologies and deployment strategies through data.”

    Tools for Everyone

    An electric vehicle is plugged into a charger at Naval Station Mayport. Photo by David Holt

    To achieve the nearly sixfold growth in federal fleet EV acquisitions without visiting every federal site, NREL developed tools to identify easy-to-electrify vehicles, group vehicles by location, identify charging station needs, and generate cost estimates for the chargers.

    These tools include the Zero-Emission Vehicle Planning and Charging (ZPAC) tool, which was developed in partnership with the U.S. Department of Energy Federal Energy Management Program in planning for future zero-emission vehicle acquisitions, as well as NREL’s marquee EVI-X Modeling Suite of Electric Vehicle Charging Infrastructure Analysis Tools.

    In the last two years, DOD’s Environmental Security Technology Certification Program (ESTCP) funded the NREL team to assess where EVs can provide backup power and develop an EVSE site-assessment tool and cost estimator called EVI-LOCATE for federal fleets.

    “NREL has been a great partner in DOD’s efforts to electrify our nontactical vehicle fleet,” said Tim Tetreault, the Installation Energy and Water Program manager with ESTCP. “In addition to the tools they’ve developed, like ZPAC and EVI-LOCATE, their expertise and analytical capabilities are helping the department keep pace with the rapidly changing technology and evaluate how the department can potentially gain new capabilities with the transition to EVs.”

    “Developing EVI-LOCATE required our team to tap into expertise from many disciplines,” said Ranjit Desai, an electric vehicle charging researcher at NREL. “We relied on the lab’s expertise in fleet operations and on how federal fleets work, our team’s understanding of the duty cycles and operations of DOD fleets, and our analysis capabilities such as financial modeling—all that had to come together to build the tool.”

    The NREL researchers also had to be prepared to pivot. As part of developing EVI-LOCATE, the team conducted stakeholder engagement to understand how agencies using the tool needed it to work. DOD fleet managers shared that they needed to transmit EVI-LOCATE results—site recommendations and cost estimates—to a specific government form to request funding from agency leadership to install EVSE. To streamline the process, they wanted EVI-LOCATE to generate results formatted to easily be inputted into the form, rather than the existing generalized report output. In response, the NREL team is crafting a solution to get the tool’s output directly into the form’s format, making the tool even more applicable and valuable for DOD’s specific use case.

    The federal fleets team is currently creating a public version of EVI-LOCATE—expected to roll out later in 2024—that will let people anywhere plan for commercial charging stations.

    Beyond providing analysis and tools for planning zero-emission vehicle acquisitions and charger installation, NREL researchers use their experience with EVSE deployment to provide recommendations for DOD on which combination of charger power levels is appropriate. Level 1, Level 2, and direct-current fast charging all have different levels of power, charging speeds, and requirements for installation. Deciding what distribution of chargers to use depends on when EVs are being used, the length of each vehicle’s shift, and the number of shifts, among other factors. NREL experts are helping DOD identify the most cost- and energy-efficient mix of chargers.

    Additionally, NREL is helping DOD assess how their sites will have to adapt to prepare for increased electricity demand from more EVs. Adapting could mean adjusting charging strategies to balance demand over periods of time or expanding the electrical distribution grid. A potential NREL-developed tool can help entities like DOD select the strategies that work for them.

    One of the reasons Hodge enjoys working with DOD is that the resulting analyses and tools can propel the entire industry forward.

    “The work tends to be on the cutting edge,” Hodge said. “DOD wants us to conduct critical analysis such as using bidirectional chargers as backup power for critical loads. The analysis and tools we develop for them can then be scaled and shared to support many others interested in EV adoption.”

    Desai agreed.

    “The DOD fleet is one of the largest fleets in the United States,” he said. “If DOD can transition their nontactical vehicles to zero emissions, that is a high-profile success story for vehicle electrification.”

    Learn more about NREL’s transportation and mobility research. And sign up for NREL’s quarterly transportation and mobility research newsletter, Sustainable Mobility Matters, to stay current on the latest news.

    MIL OSI USA News

  • MIL-OSI USA: Deluzio, Fitzpatrick, Landsman Introduce New, Bipartisan Veterans Firearm Suicide Prevention Bill, the “Saving Our Veterans Lives Act”

    Source: United States House of Representatives – Congressman Chris Deluzio (PA-17)

    The RISE Project is being awarded a Phase Two Department of Energy “Energizing Rural Communities Prize”  

    CARNEGIE, PA — Today, Congressman Chris Deluzio (PA-17) announced that the Beaver County “Rural Innovation Though Solar Empowerment” Project, or RISE Project, is a winner of the Department of Energy’s Phase Two $200,000 Energizing Rural Communities Prize. A joint project led by RiverWise in partnership with the Pennsylvania Solar Center and New Sun Rising, these funds originate from President Biden’s Infrastructure Law and will help more non-residential entities in Beaver County communities go solar. This $200,000 investment builds off of the RISE Project’s winning proposal in Phase One, which awarded them $100,000 last year. 

    “I am thrilled to celebrate this exciting investment in the RISE Project and their community-rooted effort to expand solar energy projects and grow good jobs here in Beaver County,” said Congressman Deluzio. “We need to make sure our communities have the reliable, affordable energy they need to thrive. Solar power projects like this offer big opportunities to reduce our reliance on foreign energy, help protect our air, and grow the local economy—all while making progress toward our climate goals.” 

    “When innovation begins to take root in rural communities,” explains Daniel Rossi-Keen, executive director of RiverWise, “That is a sure sign that something significant and widespread is underway. RiverWise is excited to be playing a small role in helping to accelerate solar innovation in rural environmental justice communities in Beaver County. Thanks to the ongoing support of The Biden-Harris Administration, partners on The RISE Project are proving that energy innovation is not only possible in places like Beaver County. We are demonstrating a hunger for innovation that is quickly being turned into reality.” 

    The RISE Project will continue to work with identified non-residential prospective solar energy projects in Beaver County, offering technical support on everything from feasibility to finance. Following up on a Phase One goal of placing at least 10 of these projects out to bid by Summer 2024, the project team has utilized its broad network of existing community partners to develop a portfolio of more than 100 potential solar projects that are now at various stages of research, planning and implementation. Those potential solar projects have the combined ability to generate more than 24.6 megawatts of rural solar energy, representing an estimated $74 million in rural energy savings over a 25-year period. Additionally, The RISE Project has engaged in extensive outreach with more than 250 property owners interested in going solar. The RISE Project has also conducted 37 solar energy feasibility studies for sites demonstrating the most promise and willingness to undertake a solar project.

    Justice40 communities are ones that have been historically underserved and overburdened by pollution. In Beaver County, this includes the communities of Aliquippa, Beaver Falls, Ambridge, New Brighton, Monaca, Midland, and Freedom Borough. The RISE Project involves an ongoing storytelling and marketing campaign, showcasing the potential for rural solar projects at selected sites, culminating in a public event to celebrate current progress and discuss future steps.

    ###

    MIL OSI USA News

  • MIL-OSI USA: SARP West 2024 Whole Air Sampling (WAS) Group

    Source: NASA

    Faculty Advisor: Dr. Donald Blake, University of California, Irvine
    Graduate Mentor: Katherine Paredero, Georgia Institute of Technology

    [embedded content]
    Katherine Paredero, graduate student mentor for the 2024 SARP West Whole Air Sampling (WAS) group, provides an introduction for each of the group members and shares behind-the scenes moments from the internship.

    [embedded content]

    Urban Planning Initiative: Investigation of Isoprene Emissions by Tree Species in the LA Basin
    Mikaela Vaughn, Virginia Commonwealth University
    Elevated ozone concentrations have been a concern in Southern California for decades. The interaction between volatile organic compounds (VOC) and nitrous oxides (𝑁𝑂!) in the presence of sunlight leads to enhanced formation of tropospheric ozone (𝑂”) and secondary organic aerosols (SOA). This can lead to increased health hazards, exposing humans to aerosols that can enter and be absorbed by the lungs, as well as a warming effect caused by ozone’s role as a greenhouse gas in the lower levels of the atmosphere. This study will focus on a VOC that is of particular interest, isoprene, which has an atmospheric lifetime of one hour, making it highly reactive in the presence of the hydroxyl radical (OH) and resulting in rapid ozone formation. Isoprene is a biogenic volatile organic compound (BVOC) emitted by vegetation as a byproduct of photosynthesis. This BVOC has been overlooked but should be investigated further because of its potential to form large sums of ozone. In this study the reactivity of isoprene with OH dominated ozone formation as compared to other VOCs. Ambient isoprene concentrations were measured aboard NASA’s airborne science laboratory (King Air B200) along with whole air sampling canisters. Additionally, isoprene emissions of varying tree species, with one to three samples per type, were compared to propose certain trees to plant in urban areas. Results indicated that Northern Red Oaks and the Palms family emitted the most isoprene out of the nineteen species documented. The species with the lowest observed isoprene emissions was the Palo Verde and the Joshua trees. The difference in isoprene emissions between the Northern Red Oak and Joshua trees is approximately by a factor of 45. These observations show the significance of considering isoprene emissions when selecting tree species to plant in the LA Basin to combat tropospheric ozone formation.

    [embedded content]

    VOC Composition and Ozone Formation Potential Observed Over Long Beach, California
    Joshua Lozano, Sonoma State University
    Volatile organic compounds (VOCs), when released into the atmosphere, undergo chemical reactions in the presence of sunlight that can generate tropospheric ozone, which can have various health effects. We can gauge this ozone formation by multiplying the observed mixing ratios of VOCs by their respective rate constants (with respect to OH radicals). The OH radical reacts very quickly in the atmosphere and accounts for a large sum of ozone formation from VOCs as a result, giving us an idea of the ozone formation potential (OFP) for each VOC. In this study, we investigate observed mixing ratios of VOCs in order to estimate their contribution to OFP over Long Beach, California. The observed species of VOCs with the highest mixing ratios differs from the observed species with the highest OFP, which highlights that higher mixing ratios of certain VOCs in the atmosphere do not necessarily equate to a higher contribution to ozone formation. This underscores the importance of understanding mixing ratios of VOC species and their reaction rates with OH to gauge impacts on ozone formation. In the summer there were significantly lower VOC concentrations compared to the winter, which was expected because of differences in boundary layer height within the seasons. Additionally, a decrease in average mixing ratios was observed between the summer of 2014 and the summer of 2022. A similar trend was observed in OFP, but by a much smaller factor. This may indicate that even though overall VOC emissions are decreasing in Long Beach, the species that dominate in recent years have a higher OFP. This research provides a more comprehensive view of how VOCs contribute to air quality issues across different seasons and over time, stressing the need for targeted strategies to mitigate ozone pollution based on current and accurate VOC composition and reactivity.

    [embedded content]

    Investigating Enhanced Methane and Ethane Emissions over the Long Beach Airport
    Sean Breslin, University of Delaware
    As climate change continues to worsen, the investigation and tracking of greenhouse gas emissions has become increasingly important. Methane, the second most impactful greenhouse gas, has accounted for over 20% of planetary warming since preindustrial times. Methane emissions primarily originate from biogenic and thermogenic sources, such as dairy farms and natural gas extraction. Ethane, an abundant hydrocarbon emitted from biomass burning and natural gas, contributes to the formation of tropospheric ozone. The data for this project was collected in December 2021 and June 2022 aboard the DC-8 aircraft, where whole air samples were taken during low approaches to find potential sources of methane and ethane emissions. Analysis of these samples using gas chromatography revealed a noticeable increase in methane and ethane concentrations over Long Beach Airport, an area surrounded by numerous plugged oil and gas wells extracting crude oil and natural gas. In this study, we observe that methane and ethane concentrations were lower in the summer and higher in the winter, which can be primarily attributed to seasonal variations in the Atmospheric Boundary Layer height. Our results show that in both summer and winter campaigns, the ratio of these two gases over the airport was approximately 0.03, indicating that for every 100 methane molecules, there are 3 ethane molecules. This work identifies methane and ethane hotspots and provides a critical analysis on potential fugitive emission sources in the Long Beach area. These results emphasize a need to perform in depth analyses on potential point sources of greenhouse gas emissions in the Long Beach area.

    [embedded content]

    Investigating Elevated Levels of Toluene during Winter in the Imperial Valley
    Katherine Skeen, University of North Carolina at Charlotte
    The Imperial County in Southern California experiences pollutants that do not meet the National Ambient Air Quality Standards, and as a result, residents are suffering from adverse health effects. Volatile organic compounds (VOCs) are compounds with a high vapor pressure at room temperature. They are readily emitted into the atmosphere and form ground level ozone. Toluene is a VOC and exposure poses significant health risks, including neurological and respiratory effects. This study aims to use airborne data to investigate areas with high toluene concentrations and investigate potential source. Flights over the Imperial Valley were conducted in the B200 King Air. Whole air canisters were used to collect ambient air samples from outside the plane. These Whole Air Canisters were put through the UCI Rowland Blake Lab’s gas chromatograph mass spectrometer, which identifies different gasses and quantifies their concentrations. Elevated values of toluene were found in the winter as compared to the summer in the Imperial Valley, with the town of Brawley having the most elevated amounts in the air. Excel and QGIS were utilized to analyze data trends. Additionally, a backward trajectory calculated using the NOAA HYSPLIT model revealed the general air flow on days exhibiting high toluene concentrations. Here we suggest Long Beach may be a source of enhanced toluene levels in Brawley. Both areas exhibited enhanced levels of toluene with slightly lower concentrations observed in Brawley. We additionally observed other VOCs commonly emitted in urban areas, and saw a similar decrease in gasses from Long Beach to Brawley. This trend may indicate transport of toluene from Long Beach to Brawley. Further research could be done to investigate the potential for other regions that may contribute to high toluene concentrations in Brawley. My study contributes valuable insights to the poor air quality in the Imperial Valley, providing a foundation for future studies on how residents are specifically being affected.

    [embedded content]

    Characterizing Volatile Organic Compound (VOC) Emissions from Surface Expressions of the Salton Sea Geothermal System (SSGS)
    Ella Erskine, Tufts University
    At the southeastern end of the Salton Sea, surface expressions of an active geothermal system are emitting an assemblage of potentially toxic and tropospheric ozone-forming gasses. Gas measurements were taken from ~1 to 8 ft tall mud cones, called gryphons, in the Davis-Schrimpf seep field (~50,000 ft2). The gaseous compounds emitted from the gryphons were collected using whole air sampling canisters. The canisters were then sent to the Rowland-Blake laboratory for analysis using gas chromatography techniques. Samples from June of 2022, 2023, and 2024 were utilized for a time-series analysis of VOC distribution. Originally, an emission makeup similar to petroleum was expected, as it has previously been found in some of the seeps. It is thought that hydrothermal fluid can rapidly mature organic matter into hydrothermal petroleum, so it is logical that the emission makeup could be similar. However, unexpectedly high levels of the VOC benzene were recorded, unlike concentrations generally observed in crude oil emissions. This may indicate a difference between the two sources in regard to their formation process or parent material composition. A possible cause of the elevated benzene could be its relatively high aqueous solubility compared to other hydrocarbons, which could allow it to be more readily incorporated into the hydrothermal fluid. Since the gryphons attract almost daily visitors, it is important to quantify their human health effects. Benzene harms the bone marrow, which can result in anemia. It is also a carcinogen. Additionally, benzene can react with the OH radical to form ozone, an additional health hazard. Future studies should revisit the Davis-Schrimpf field to continue the time series analysis and collect samples of the water seeps. Additionally, drone and ground studies should be conducted in the geothermal power plant adjacent to the gryphons to determine if benzene is being emitted from drilling activities.

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    Airborne and Ground-Based Analysis of Los Angeles County Landfill Gas Emissions
    Amelia Brown, Hamilton College
    California has the highest number of landfills of any individual US state. These landfills are concentrated in densely populated areas of California, especially within the Los Angeles metropolitan area. Landfills produce three main byproducts: heat, leachate, and landfill gas (LFG). LFG is primarily composed of methane (CH₄) and carbon dioxide (CO₂), with small concentrations of volatile organic compounds (VOCs) and other trace gases. The CH4 and CO2 components of LFG are well documented, but the VOCs and trace gases in LFG remain underexplored. This study investigates the emission of trace gases from four landfills in Los Angeles County, with a particular focus on substances known to have high Ozone Depletion Potentials (ODPs) and Global Warming Potentials (GWPs). The four landfills sampled were Chiquita Canyon Landfill, Lopez Canyon Landfill, Sunshine Canyon Landfill, and Toyon Canyon Landfill. Airborne samples were taken above the four landfills and ground samples were taken at Lopez Canyon as this was the only site accessible by our research team. The substances of interest were chlorofluorocarbons (CFCs), hydrochlorofluorocarbons (HCFCs), hydrofluorocarbons (HFCs), and halons. Airborne CH4 and CO2 measurements over the four landfills were obtained using the Picarro instrument onboard NASA’s B-200 aircraft. Ground samples were collected using whole air sampling canisters and were analyzed to determine the concentrations of these gases. The analytical approach for the ground samples combined Gas Chromatography-Mass Spectrometry (GCMS) with Flame Ionization Detection (FID) and Mass Selective Detection (MSD), providing a comprehensive profile of the emitted compounds. Findings reveal elevated levels of substances with high ODP and GWP, which were banned under the Montreal Protocol of 1987 and its subsequent amendments due to their contributions to stratospheric ozone depletion and climate change. These results underscore the importance of monitoring and mitigating landfill gas emissions, particularly for those containing potent greenhouse gases and ozone-depleting substances.
    Click here watch the Atmospheric Aerosols Group presentations.
    Click here watch the Terrestrial Ecology Group presentations.
    Click here watch the Ocean Group presentations.

    MIL OSI USA News

  • MIL-OSI USA: SARP West 2024 Oceans Group

    Source: NASA

    Faculty Advisor: Dr. Henry Houskeeper, Woods Hole Oceanographic Institute
    Graduate Mentor: Lori Berberian, University of California, Los Angeles

    [embedded content]
    Lori Berberian graduate student mentor for the 2024 SARP West Oceans group, provides an introduction for each of the group members and shares behind-the scenes moments from the internship.

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    Leveraging High Resolution PlanetScope Imagery to Quantify oil slick Spatiotemporal Variability in the Santa Barbara Channel
    Emory Gaddis, Colgate University
    Located within the Santa Barbara Channel of California, Coal Oil Point is one of the world’s largest hydrocarbon seep fields. The area’s natural hydrocarbon seepage and oil production have sustained both scientific interest and commercial activity for decades. Historically, indigenous peoples in the region utilized the naturally occurring tar for waterproofing baskets, establishing early evidence of the natural presence of hydrocarbons long before modern oil extraction began. Gaseous hydrocarbons are released from the marine floor through the process of seeping, wherein a buildup of reservoir pressure relative to hydrostatic pressure causes bubbles, oily bubbles, and droplets to rise to the surface. This hydrocarbon seepage is a significant source of Methane CH4—a major greenhouse gas––emissions into the atmosphere. Current limitations of optical remote sensing of oil presence and absence in the ocean leverage geometrical as well as biogeochemical factors and include changes in observed sun glint, sea surface damping, and wind roughening due to changes in surface oil concentrations. We leverage high-resolution (3m) surface reflectance observations obtained from PlanetScope to construct a time series of oil slick surface area spanning 2017 to 2023 within the Coal Oil Point seep field. Our initial methods are based on manual annotations performed within ArcGIS-Pro. We assess potential relationships between wind speed and oil slick surface area to support a sensitivity analysis of our time series. Correcting for confounding outside factors (e.g., wind speed) that modify oil slick surface area improves determination of oil slick surface area and helps test for changes in natural seepage rates and whether anthropogenic activities, such as oil drilling, alter natural oil seepage. Future investigations into oil slick chemical properties and assessing how natural seepage impacts marine and atmospheric environments (e.g., surface oil releases methane into the atmosphere) can help to inform the science of optimizing oil extraction locations.

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    Investigating Airborne LiDAR Retrievals of an Emergent South African Macroalgae
    Rachel Emery, The University of Oklahoma
    Right now, the world is facing an unprecedented biodiversity crisis, with areas of high biodiversity at the greatest risk of species extinction. One of these biodiversity hotspots, the Western Cape Province of South Africa, features one of the world’s largest unique marine ecosystems due to the extensive growth of canopy forming kelps, such as Macrocystis and Ecklonia, which provide three-dimensional structure important for fostering biodiversity and productivity. Canopy-forming kelps face increasing threats by marine heatwaves and pollution related to climate change and local water quality perturbation. Though these ecosystems can be monitored using traditional field surveying methods, remote sensing via airborne and satellite observations support improved spatial coverage and resample rates, plus extensive historical continuity for tracking multidecadal scale changes. Passive remote sensing observations—such as those derived using observations from NASA’s Airborne Visible-Infrared Imaging Spectrometer – Next Generation (AVIRIS-NG) —provide high resolution, hyperspectral imagery of oceanic environments anticipated to help characterize community dynamics and quantify macroalga physiological change. Active remote sensing observations, e.g., Light Detection and Ranging (LiDAR), are less understood in terms of applications to marine ecosystems, but are anticipated to support novel observations of vertical structure not supported using passive aquatic remote sensing. Here we investigate the potential to observe an emergent canopy-forming macroalgae (i.e., Ecklonia, which can extend more than a decimeter above the ocean’s surface) using NASA’s Land, Vegetation, and Ice sensor (LVIS), which confers decimeter-scale vertical resolution. We validate LVIS observations using matchup observations from AVIRIS-NG imagery to test whether LiDAR remote sensing can improve monitoring of emergent kelps in key biodiversity regions such as the Western Cape.

    Vertical structure of the aquatic light field based on half a century of oceanographic records from the southern California Current
    Brayden Lipscomb, West Virginia University
    Understanding the optical properties of marine ecosystems is crucial for improving models related to oceanic productivity. Models relating satellite observations to oceanic productivity or subsurface (e.g., benthic) light availability often suffer from uncertainties in parameterizing vertical structure and deriving columnar parameters from surface observations. The most accurate models use in situ station data, minimizing assumptions such as atmospheric optical thickness or water column structure. For example, improved accuracy of satellite primary productivity models has previously been demonstrated by incorporating information on vertical structure obtained from gliders and floats. We analyze vertical profiles in photosynthetically available radiation (PAR) obtained during routine surveys of the southern California Current system by the California Cooperative Oceanic Fisheries Investigation (CalCOFI). We find that depths of 1% and 10% light availability show coherent log-linear relationships with attenuation measured near surface (i.e., within the first 10 m), despite vertical variability in water column constituent concentrations and instrumentation challenges related to sensitivity, self-shading, and ship adjacency. Our results suggest that subsurface optical properties can be more reliably parameterized from near-surface measurements than previously understood.

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    Comparing SWOT and PACE Satellite Observations to Assess Modification of Phytoplankton Biomass and Assemblage by North Atlantic Ocean Eddies
    Dominic Bentley, Pennsylvania State University
    Upwelling is the shoaling of the nutricline, thermocline, and isopycnals due to advection by eddies of the surface ocean layer. This shoaling effect leads to an increase in the productivity of algal blooms in a given body of water. Mesoscale to deformation scale eddy circulation modulates productivity based on latitude, season, direction, and other physical factors. However, many processes governing the effects of eddies on the ocean microbial environment remain unknown due to limitations in observations linking eddy strength and direction with productivity and ocean biogeochemistry. Currently, satellites are the only ocean observing system that allows for broad spatial coverage with high resample rates, albeit with limitations due to cloud obstructions (including storms that may stimulate productivity) and to observations being limited to the near-surface. A persisting knowledge gap in oceanography stems from limitations in the spatial resolution of observations resolving submesoscale dynamics. The recent launch of the Surface Water and Ocean Topography (SWOT) mission in December of 2022 supports observations of upper-ocean circulation with increased resolution relative to legacy missions (e.g. TOPEX/Poseidon, Jason-1, OSTM/Jason-2). Meanwhile, the launch of the Plankton, Aerosol, Cloud, ocean Ecosystem (PACE) satellite in February of 2024 is anticipated to improve knowledge of ocean microbial ecosystem dynamics. We match up SWOT observations of sea surface height (SSH) anomalies—informative parameters of eddy vorticity—with PACE observations of surface phytoplankton biomass and community composition to relate the distribution of phytoplankton biomass and assemblage structure to oceanic eddies in the North Atlantic. We observe higher concentrations of Chlorophyll a (Chla) within SSH minima indicating the stimulation of phytoplankton productivity by cyclonic features associated with upwelling-driven nutrient inputs.

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    Assessing EMIT observations of harmful algae in the Salton Sea
    Abigail Heiser, University of Wisconsin- Madison
    In 1905, flooding from the Colorado River gave rise to what would become California’s largest lake, the Salton Sea. Today, the majority of its inflow is sourced from agricultural runoff, which is rich in fertilizers and pollutants, leading to elevated lake nutrient levels that fuel harmful algal blooms (HAB) events. Increasingly frequent HAB events pose ecological, environmental, economic, and health risks to the region by degrading water quality and introducing environmental toxins. Using NASA’s Earth Surface Mineral Dust Source Investigation (EMIT) imaging spectrometer we apply two hyperspectral aquatic remote sensing algorithms; cyanobacteria index (CI) and scattering line height (SLH). These algorithms detect and characterize spatiotemporal variability of cyanobacteria, a key HAB taxa. Originally designed to study atmospheric mineral dust, EMIT’s data products provide novel opportunities for detailed aquatic characterizations with both high spatial and high spectral resolution. Adding aquatic capabilities for EMIT would introduce a novel and cost-effective tool for monitoring and studying the drivers and timing of HAB onset, to improve our understanding of environmental dynamics.

    [embedded content]

    Reassessing multidecadal trends in Water Clarity for the central and southern California Current System
    Emma Iacono, North Carolina State University
    Over the past several decades, the world has witnessed a steady rise in average global temperatures, a clear indication of the escalating effects of climate change. In 1990, Andrew Bakun hypothesized that unequal warming of sea and land surface temperatures would increase pressure gradients and lead to rising rates of alongshore upwelling within Eastern Boundary Currents, including the California Current System (CCS). An anticipated increase in upwelling-favorable winds would have profound implications for the productivity of the CCS, wherein upwelled waters supply nutrient injections that sustain and fuel coastal ocean phytoplankton stocks. Increasing upwelling, therefore, is anticipated to increase the turbidity of the upper ocean, corresponding with greater phytoplankton concentrations. Historical observations of turbidity are supported by observations obtained using a Secchi Disk, i.e., an opaque white instrument lowered into the water column. Observations of Secchi depth—or the depth at which light reflected from the Secchi Disk is no longer visible from the surface—provide a quantification of light penetration into the euphotic zone. The shoaling, or shallowing, of Secchi disk depths was previously reported for inshore, transition, and offshore waters of the central and southern CCS for historical observations spanning 1969 – 2007. Here, we reassess Secchi disk depths during the subsequent period spanning 2007 to 2021 and test for more recent changes in water clarity. Additionally, we evaluate the seasonality and spatial patterns of Secchi disk trends to test for potential changes to oceanic microbial ecology. Indications of long-term trends in some of the coastal domains assessed were found. Generally, our findings suggest a reversal of the trends previously reported. In particular, increases in water clarity likely associated with a recent marine heatwave (MHW) may be responsible for recent changes in Secchi disk depth observations, illustrating the importance of MHW events for modifying the CCS microbial ecosystem.
    Click here watch the Atmospheric Aerosols Group presentations.
    Click here watch the Terrestrial Ecology Group presentations.
    Click here watch the Whole Air Sampling (WAS) Group presentations.

    MIL OSI USA News

  • MIL-OSI USA: 2024 SARP West Atmospheric Aerosols Group

    Source: NASA

    Faculty Advisors: Dr. Andreas Beyersdorf, California State University, San Bernardino & Dr. Ann Marie Carlton, University of California
    Graduate Mentor: Madison Landi, University of California, Irvine

    [embedded content]
    Madison Landi, graduate student mentor for the 2024 SARP Aerosols group, provides an introduction for each of the group members and shares behind-the scenes moments from the internship.

    [embedded content]

    A Comparative Analysis of Tropospheric NO2: Evaluating TEMPO Satellite Data Against Airborne Measurements
    Maya Niyogi, Johns Hopkins University
    Nitrogen dioxide (NO2) plays a major role in atmospheric chemical reactions; the inorganic compound both contributes to tropospheric ozone production and reacts with volatile organic compounds to create health-hazardous particulate matter. The presence of NO2 in the atmosphere is largely due to anthropogenic activity, making NO2 at the forefront of policy decisions and scientific monitoring. The Tropospheric Emissions: Monitoring of Pollution (TEMPO) satellite launched in 2023 with the goal of monitoring pollution across North America. The publicly-accessible data became available for use in May 2024, however parts of the data remain unvalidated and in beta, creating a need for an in situ validation of its data products. Here we analyze TEMPO’s tropospheric NO2 measurements and compare them to aloft NO2 measurements collected during the NASA Student Airborne Research Project (SARP) 2024 airborne campaign. Six of the campaign flights recording NO2 performed a vertical spiral, providing vertical column data that was adjusted to ambient conditions for comparison against the corresponding TEMPO values. Statistical analyses indicate we have reasonable evidence to conclude that TEMPO satellite data and the flight-collected data record similar values. This research fills a critical knowledge gap through the utilization of aloft NO2 measurements to validate NASA’s newly-launched TEMPO satellite. It is expected that future users of TEMPO data can apply these results to better inform project creation and research.

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    Investigating the Atmospheric Burden of Black Carbon Over the Past Decade in the Los Angeles Basin
    Benjamin Wells, San Diego State University
    Black Carbon is a primary aerosol emitted directly into the atmosphere as a result of biomass burning and incomplete combustion of fossil fuels. During the pre-industrial revolution, the main source of black carbon was natural sources whereas currently, the main source is anthropogenic activities. When black carbon is released into the atmosphere, it is a dominant absorber of solar radiation and leads to a significant warming effect on Earth’s climate. In addition to its harmful effects associated with climate change, ambient black carbon inhalation is correlated with adverse health effects such as respiratory and cardiovascular disease, cancer, and premature mortality. In this study, we analyze aloft black carbon measurements in 2016 and 2024 acquired on NASA SARP research flights and compare these concentrations to black carbon measurements taken during the 2010 CalNex field campaign. Both field campaigns flew similar flight paths over the Los Angeles basin allowing us to conduct a critical comparative analysis on vertical and spatial profiles of the atmospheric burden of black carbon over the past 14 years. During the CalNEX study, mass concentrations of black carbon ranged from 0.02 μg/m3 to 0.531 μg/m3, meanwhile 2024 SARP measurements demonstrate concentrations as elevated as 7.83 μg/m3 within the same region. Moreover, similar flight paths conducted during SARP 2024 and 2016 allow for further analysis of aloft black carbon concentrations over a period of time. The results of this study examines and analyzes the changing spatial and temporal characteristics of black carbon throughout the years, leading to an increase of adverse effects on both the climate and public health.

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    Tracking Methane and Aerosols in relation to Health Effects in the San Joaquin Valley
    Devin Keith, Mount Holyoke College
    The San Joaquin Valley (SJV) is located in central California and is one of the most productive agricultural regions in the country for dairy, nuts, and berries, producing more than half of California’s $42 billion output. Due to the SJV’s close proximity to the Sierra Nevada Mountain Range to the East and predominantly Easterly winds, air pollution often accumulates because it is trapped by the geography. Significant chemical constituents of trapped particulate matter are ammonium (NH4), chloride (Cl), sulfate (SO4), nitrate (NO3), black carbon, and organic carbon. The particle size measured in this study is less than 1 micron in diameter, and due to their size, can easily penetrate the respiratory tract leading to adverse health effects such as: asthma, chronic obstructive pulmonary disease, and cardiovascular disease. We employ airborne data collected during the SARP 2024 mission onboard NASA’s P-3 research plane to observe spatial and temporal trends of NH4, Cl, SO4, NO3, and black carbon. Further, we analyze measurements from SARP 2016 flights and compare the atmospheric burden of pollution in the SJV across time. To investigate observations in the context of the public health impacts, we utilize data collected by the California Office of Environmental Health Hazards Assessment and find asthma and cardiovascular disease rates are higher in the SJV hotspots identified here. Per capita health impacts are greater than other California regions such as Los Angeles and San Francisco. The SJV exhibits higher rates of poverty than other communities, which may reveal an environmental justice issue that is difficult to explicitly quantify especially where measurements are sparse.

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    Investigating the Effects of Aerosols on Photosynthesis Using Satellite Imaging
    Lily Lyons, Brandeis University
    Aerosols in the atmosphere can affect the way sunlight travels to the ground by absorbing or scattering light. Sunlight is a critical component in plant photosynthesis, and the way light scatters affects productivity for vegetation and plant growth. When plants absorb sunlight, the chlorophyll in their leaves releases the excess energy as infrared light, which can be measured from space via satellite. To better understand how aerosol loading in the atmosphere affects plant photosynthesis, this study examines locations in Yosemite, Sequoia, Garrett, and Talladega national forests, and compares aerosol optical depth (AOD), normalized difference vegetation index (NDVI), and solar induced fluorescence (SIF) in these areas. Yosemite and Sequoia act as proxies for the old growth sequoia grove ecosystems, and Talladega and Garrett act as proxies for the Appalachian mixed mesophytic forest ecosystem. Our results show that within 2015-2020 during July, SIF and NDVI levels are significantly greater in mixed mesophytic forests than in sequoia groves. Using linear regression plots, we determined the correlation between SIF, NDVI and AOD to be weak in the given locations. Greater SIF in mixed mesophytic forests could suggest that the presence of a prominent and biodiverse understory is positive for the overall primary productivity of an ecosystem. This study is a good starting point for analyzing diverse ecosystems using SIF, NDVI and satellite data as proxies for photosynthesis, and broadening the scope of biomes examined for their SIF. Furthermore, it highlights the need for further investigation of aerosol impact on the trajectory and amount of sunlight that reaches certain plants.

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    Validating the Performance of CMAQ in Simulating the Vertical Distribution of Trace Gases
    Ryleigh Czajkowski, South Dakota School of Mines and Technology
    Air quality modeling simulates atmospheric processes and air pollutant transport to better understand gas-and particle-phase interactions in the atmosphere. The Environmental Protection Agency’s (EPA) Community Multiscale Air Quality (CMAQ) model couples meteorological, emission, and chemical transport predictions to simulate air pollution from local to hemispheric scales. CMAQ provides scientists and regulatory agencies with important assistance in air quality management, policy enactment, atmospheric research, and creating public health advisories. Recently, a new update to CMAQ (v5.4) was released, utilizing new chemistry mechanisms and incorporating a new atmospheric chemistry model. This study evaluates the performance of the latest model update by analyzing multiple time series of vertical distributions of formaldehyde (CH2O) and methane (CH4) in the Los Angeles Basin and Central Valley regions of California. It compares data from aloft measurements taken during NASA SARP 2017 flights with model predictions to evaluate accuracy. Our study analyzes CMAQ’s capabilities in capturing the vertical dispersion of CH2O and CH4 in different regions, offering insights into the effectiveness of CMAQ for air quality management and the analysis of trace and greenhouse gas dynamics. Using NASA airborne data, this research utilizes a diversified data set to validate the model, providing a more comprehensive evaluation of its capabilities, and thus providing valuable insight into future developments of CMAQ.

    [embedded content]

    Estimating Aerosol Optical Properties Using Mie Theory and Analyzing Their Impact on Radiative Forcing in California
    Alison Thieberg, Emory University
    Anthropogenic aerosols, unlike greenhouse gasses, provide a net cooling effect to the Earth’s surface. Particles suspended in the atmosphere have the ability to scatter incoming solar radiation, preventing that radiation from heating up the surface. These aerosols like black carbon, ammonium nitrate, ammonium sulfate, and organics are byproducts of both natural and anthropogenic activities. Measuring radiative forcing as a result of these aerosols over time can provide insight on how anthropogenic industries are altering our Earth’s temperature. This study analyzes the changes in radiative forcing from aerosols in central and southern California using data collected from NASA SARP flights from 2016-2024. Aerosol size, composition, and single scattering albedo were used to estimate the aerosol characteristics and to calculate the aerosols’ radiative forcing efficiency. Our results show that aerosols are found to have less of a cooling effect over time when looking at the change in radiative forcing in California from 2016 to 2024. When narrowing in on specific geographic regions, we observe the same trends in the Central Valley with the area becoming warmer as a result of aerosols. However, more southern regions like Los Angeles and the Inland Empire have become cooler from aerosols during this time period. The overall decrease in the cooling effect of California’s aerosols could indicate that the average size of particulates is changing or that the aerosol composition could be shifting to a greater concentration of absorbing aerosols rather than scattering aerosols. This study shows how aerosols influence radiative forcing and their subsequent impacts across regions in California from multiple years.
    Click here watch the Terrestrial Ecology 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: Governor Newsom signs legislation to restrict polluting oil & gas operations near schools, daycares, and across communities

    Source: US State of California 2

    Sep 25, 2024

    What you need to know: New laws will give local communities more authority to protect their neighborhoods from oil and gas operations and drive faster plugging of old oil and gas wells. 

    INGLEWOOD, CA – Governor Gavin Newsom today signed three bills into law allowing communities to restrict oil drilling and help the state address polluting idle wells. The legislation will help protect public health, the environment, and empower local communities to set greater protections around oil and gas activities in their neighborhoods.

    “The health of our communities always comes first. These new laws allow local leaders to limit dangerous oil and gas activities near homes, schools, and other areas as they see fit for their communities, and give the state more tools to make sure that idle and low-producing wells get plugged sooner. This builds off of our all-of-the-above efforts to protect communities from pollution and hold Big Oil accountable.”

    Governor Gavin Newsom

    Empowering local communities to restrict oil and gas operations

    AB 3233 by Assemblymember Dawn Addis (D-Morro Bay) gives cities and counties greater authority to impose restrictions on oil and gas operations, including by limiting or prohibiting new oil and gas developments in their jurisdictions. By providing local jurisdictions with the power to make these decisions, California is taking a major step toward protecting vulnerable communities from the health impacts of industrial operations. The bill overrides recent court decisions that blocked ordinances limiting oil drilling adopted by the voters of Monterey County and the Los Angeles City Council. 

    “The signing of AB 3233 is vital win for communities across the Central Coast, and all of California,” said Assemblymember Dawn Addis (D-Morro Bay). “Putting this bill into law affirms our right to clean air and water, free of oil and gas pollution. I’m thankful to Governor Gavin Newsom for signing this important bill into law, to my colleagues for helping me get it to his desk, and to the many community-members and leaders who have been fighting this battle with me. Today is a huge win for the well-being of all Californians.”

    Addressing the dangers of idle wells in communities

    AB 1866 by Assemblymember Gregg Hart (D-Santa Barbara) addresses the growing problem of idle oil and gas wells across the state. These wells, which are no longer in active use but have not been properly decommissioned, pose a significant risk to both the environment and nearby communities. Under this new law, fees on idle wells are increased and stricter regulations will be enforced to ensure that oil companies are held responsible for maintaining and safely plugging idle wells, preventing leaks and contamination.

    “This is a landmark victory for taxpayers and communities most affected by the harmful health impacts of neighborhood oil drilling,“ said Assemblymember Gregg Hart (D-Santa Barbara). “I am proud of this decisive action we are taking today to hold the oil industry responsible for plugging over 40,000 idle oil wells across California. I want to thank Governor Newsom for recognizing the urgency of solving the idle oil well crisis in the state.”

    Shutting down more oil wells in the Inglewood Oil Field

    AB 2716 by Assemblymember Isaac Bryan (D-Los Angeles) prohibits the operation of low-oil production oil and gas wells located in an oil field within the Baldwin Hills Conservancy (Inglewood Oil Field) and imposes a $10,000 per month penalty on these wells until they are permanently plugged and abandoned. Penalty funds will go to projects like park creation to benefit the community. 

    “The Inglewood Oil Field is the largest urban oil field in our state. Production in recent years has been marginal, but for decades the negative health impacts surrounding it have cost the nearby community with their life expectancy,” said Assemblymember Bryan. “Today, with Governor Newsom’s signature, we will finally shut it down and establish the state’s first repair fund for the frontline communities who have been organizing for years to be seen, heard, and protected.”

    California’s leadership in holding Big Oil accountable

    Together, these laws mark another step forward in California’s ongoing efforts to cut pollution and protect communities. 

    Just last month, Governor Newsom announced a plan to further hold Big Oil accountable for profiting off of Californians while polluting our communities – preventing gas price spikes and saving people money at the pump.

    The state notched a major victory against Big Oil in June, with the industry pulling its referendum to repeal California’s law protecting neighborhoods from the dangerous impacts of drilling. This allowed California’s law requiring setbacks – that oil drilling can’t be within 3,200 feet of sensitive community areas like schools, daycares, and more – to move forward, a crucial protection for public health and safety.  
     
    Last year, California sued Big Oil for more than 50 years of deception, cover-up, and damage that have cost California taxpayers billions of dollars in health and environmental impacts.

    Recent news

    News SACRAMENTO – Governor Gavin Newsom today announced the following appointments:Steve Juarez, of Truckee, has been appointed to the California State Teachers’ Retirement Board. Juarez served as a Deputy State Treasurer at the California State Treasurer’s Office…

    News What you need to know: Governor Newsom today signed a bipartisan legislative package to further reinforce California’s nation-leading gun laws and prevent traumatic incidents of mass violence. The laws build on California’s successful strategies to address gun…

    News What you need to know: Governor Newsom signed two bills to boost access to affordable housing for California’s farmworkers: AB 2240 and AB 3035. Governor Newsom also signed SB 1105 to help protect the health and safety of farmworkers in states of emergency….

    MIL OSI USA News

  • MIL-OSI Economics: German economy: rising to the challenges | Speech delivered at the invitation of the German association of family businesses

    Source: Bundesbank

    Check against delivery.

    1 Introduction

    Ladies and gentlemen,

    I am delighted to be able to speak before you today, as representatives of Hessian family businesses. Family businesses play a significant role for the German economy and German society.

    In cooperation with the audit firm EY, the University of St. Gallen in Switzerland compiles the Global Family Business Index.[1] It lists the 500 largest family businesses in the world. And, last year, 78 businesses on this list – nearly 16% – were located in Germany. This puts Germany in second place behind the United States, which, however, has nearly five times the GDP of Germany. According to EY data, these 78 businesses generated the equivalent of just over €1 trillion in revenues in 2023.[2] Germany’s share of total revenues is therefore just over 10%. And, let it be noted, these are merely the largest and highest-revenue family enterprises.

    However, when we talk about family businesses, it is naturally not just numbers that come to mind. It’s about much more than that, not least about tradition. What I often hear in this context is that “family businesses think in terms of generations, not quarterly reports”. For me, staying power is a good and important quality to have in order to comprehensively rise to challenges and overcome them sustainably. And we are currently facing our share of challenges; of that there is no doubt. I am referring to macroeconomic challenges, which also matter to family businesses.

    Once a year, the Society for the German Language (Gesellschaft für die deutsche Sprache) chooses several terms as “Words of the Year”. Krisenmodus – “crisis mode” – took first place last year.[3] The term Krisenmodus will probably ring a bell if you look back across the past few years: the COVID19 pandemic, disintegrating supply chains, high energy prices. This has also left its mark on economic growth, which, this year, will remain weak as well.

    In my speech, I want to discuss in depth the factors that are still continuing to gnaw away at growth. These factors can be either temporary or also permanent in nature. My focus will be on the permanent factors, as we have to address these structural factors in order to make long-term progress. I will subsequently discuss which economic policy measures can specifically help overcome the current weak growth. However, let me first put the current period of economic weakness into context. How serious is the situation really?

    2 Are Germany’s days as an industrial superpower coming to an end?

    In the first half of 2024, like last year, Germany ranked among the laggards in terms of growth in the euro area. German GDP more or less stagnated in the first six months of the year, whereas the euro area average picked up markedly. Germany does not come off favourably in a global comparison, either. The advanced economies’ collective GDP rose by 0.5% in the spring, and of these, the United States even saw a 0.7% increase.

    Third-quarter economic figures for Germany have likewise remained weak. All the while, the media seem to be trying to outdo each other with horror stories about the German economy. “Germany’s days as an industrial superpower are coming to an end” was, for instance, the title of a Bloomberg article in February on the current economic situation in Germany.[4] We read further on in that story that the “underpinnings of Germany’s industrial machine have fallen like dominoes”.

    Just a cursory look back over the history of our economy shows us this: there is nothing inherently new about such headlines and debates. Germany weathered a pronounced slump around the turn of the millennium. Bloomberg Businessweek titled the cover page of its February 2003 issue “The decline of Germany”.[5] And, at the end of 2004, German author Gabor Steingart published a book titled Deutschland – der Abstieg eines Superstars (Germany – The decline of a superstar).[6] Is that painful crisis threatening to repeat itself? Are we in decline?

    Without wanting to get ahead of myself: we are undoubtedly in a midst of a difficult transformation process. But it’s a process we have the power to shape. And if we shape it right, then my clear response is: No, in my opinion Germany is not in decline! How is today’s situation in Germany different from that at the turn of the millennium? Let’s take a look at the numbers.

    At that time, the unemployment rate as calculated by the International Labour Organization (ILO) stood at over 9% on average; it is now 3.3%, and thus also well below the euro area average of 6.5%. Back then, the most pressing labour market problem was unemployment; now, it is the shortage of skilled workers.

    Moreover, German firms’ profitability and capital base are much better now than they were 25 years ago. As a case in point, the average capital ratio was 23% then, whereas in the 2020 to 2022 period it averaged 30%. The profit margin went up from 3.4% at the time to 4.5% in the 2020 to 2022 period. These data are subject to a major time lag, which is why we do not yet have any numbers for 2023.

    However, what are the reasons for the current feeble growth dynamics? The energy crisis had an outsized impact on Germany, an exporting country where manufacturing has a special status. As, before the outbreak of Russia’s war of aggression against Ukraine, dependency on inexpensive Russian energy deliveries was high – too high. Moreover, the fallout from the high inflation weighed on the economy. Many consumers kept their purse strings tight. In addition, the restrictive monetary policy is dampening economic activity. And last but not least, industry continues to be impacted by weak foreign demand, particularly because our euro area trading partners’ imports rose less strongly than world trade. What we know for sure is that some of these factors are only temporary. We therefore assume that Germany’s economy will be able to slowly regain some momentum.

    3 Structural challenges

    Some factors, however, have a longer-term effect. We are facing extensive structural challenges which can likewise dampen growth. To wit, energy costs are set to remain higher than before Russia’s war of aggression against Ukraine for quite a while to come. The price of natural gas fell from some €240 per kilowatt hour in August 2022 to €30 in early 2024, before then bouncing back up to around €38 in August of this year, still well above the average price of €13 in the pre-crisis year of 2019.

    But the desired transition to a carbon-free energy supply will be costly as well, at least over a relatively long transition period. Plus there are further challenges such as demographic change, the reduction of unilateral dependence on imports and fragmentation of international trade.

    The transition to a climate-neutral economy, above all, will require massive investment. On this point, a study commissioned by the KfW Group estimated the volume of investment needed to reach Germany’s net-zero targets by mid-century. The result: around €5 trillion. [7] A McKinsey study even puts the figure higher still, at €6 trillion.[8] And just like when you retrofit an old building to improve its energy efficiency, that number includes investment that will be made in any event. But the estimated incremental investment is considerable, too. The KfW study puts this at around €72 billion per year, or just under 2% of German GDP.

    And even though the comprehensive digitalisation process that needs to take place will offer huge opportunities, it, too, will require investment, not to mention training or reconceptualising of processes and business lines. But how is investment faring in Germany at the moment? Let’s take a look at the statistics.

    They show that investment in buildings, machinery and equipment, and other assets in Germany has not grown over the past few years. And declining investment was a key factor behind the slight contraction in economic output in the second quarter. But not just that: in a recent analysis the audit firm EY found that the number of foreign investment projects in Germany has dropped for the past six years in a row.[9] All things considered, despite the aforementioned challenges and the need for investment that they entail, there is currently no indication of an investment boom.

    But what are the reasons for this weak investment propensity? We have investigated this question through our business survey, the Bundesbank Online Panel – Firms. In it, around 7,400 German firms were asked in the third quarter of 2023 about their motives for investment. We published the results in the May edition of our Monthly Report.[10]

    The poor macroeconomic setting was evidently the key reason for declining investment. This was closely followed by high energy and wage costs, a shortage of skilled workers, uncertainty about regulation, and high taxes and public levies. Low public funding, inefficient public administration and poor digital infrastructure played a lesser role. These findings may be a year old, but there is much to suggest that they remain valid.

    4 The tasks of economic policy

    This brings us to the following question: what can economic policy do to remove barriers to investment, or at least mitigate them? One thing it certainly cannot do is directly influence the challenging global setting. For certain other barriers, however, it is very much possible and preferable to tackle them through economic policy. I would like to address three such areas: energy and climate policy, bureaucratic hurdles and the labour market.

    4.1 Energy and climate policy

    The first area primarily concerns planning certainty and reliability in energy and climate policy. The terms planning certainty and reliability were not plucked out of thin air, as shown by the Economic Policy Uncertainty Index. Developed by the economists Scott Baker, Nicholas Bloom and Steven Davis, this index is based on the analysis of pertinent newspaper articles.[11] According to the index, economic policy uncertainty in Germany has risen much more strongly over the past few years than the average for Europe.[12] Deciding to invest in green technologies is mostly tied up with irreversible costs. So where there is uncertainty about future policy, firms understandably hesitate before making such decisions.

    Now, there is no doubt about the basic direction we’re heading in: we have to become carbon neutral if we care even just a little for the welfare of subsequent generations. But when it comes to the details, there is indeed uncertainty. How will the costs of fossil fuels develop? How will the costs of environmentally friendly energy develop and will there be a reliable supply? What will government regulation, taxation, and support look like?

    To reduce these kinds of uncertainties about the energy transition, it is vital that we have a transparent, purposeful and consistent overall framework. This framework includes having sufficient capacity to import and store climate-neutral energy, and back-up power plants for the event that a dunkelflaute – a period with no wind or sunlight – coincides with a period of high energy needs. And, of course, an efficient energy grid. It will therefore be increasingly important, too, to expand power lines connecting Germany from north to south, but also connecting us to our neighbours in Europe.

    The Bundesbank believes that the key instrument to achieve climate objectives should be a price on carbon emissions. This is because carbon pricing ensures that savings and investment are made where it is possible to do so with the lowest costs. However, the crucial thing is to apply carbon pricing as broadly, uniformly and predictably as possible.

    Ambitious carbon pricing not only creates incentives for the use of renewable energy, but also for greater energy efficiency. Our April Monthly Report showed how important advancements in energy efficiency are to not missing climate targets.[13] Increases in energy efficiency reduce aggregate energy intensity and thereby boost aggregate production. They thus counteract the activity-dampening stimuli likely to emanate from a higher carbon price.

    So the production losses or gains that would be associated with achieving climate goals depend not least on energy-saving technological progress. Besides carbon pricing, subsidies for research and development are one conceivable instrument to increase energy efficiency. However, subsidies should be used in a measured and purposeful manner.

    I’m not just concerned about the burden on government finances, which we naturally have to keep an eye on as well. When government interventions become too complex and too extensive, they can significantly distort market incentives. It is possible, for example, that firms keep putting off the necessary investment in the hopes of receiving future subsidies. Some subsidies still in place in the energy and transportation sectors actually run counter to the climate goals. To a certain extent, they therefore act in the same way as a negative carbon price.[14] And last but not least, excessive government intervention ultimately leads to bureaucratic hurdles.

    4.2 Bureaucratic hurdles

    That brings me to the second area where economic policy can improve the investment climate: the burden of bureaucracy. We should make a distinction between two different aspects here. First, there is the extent of requirements placed on firms. For example, there has recently been intense debate about the Supply Chain Act and questions surrounding data protection. In this respect, politicians should make sure they don’t throw the baby out with the bathwater. Even if the objectives are legitimate, the ability to implement measures has to be borne in mind.

    Second, the speed of bureaucracy is important. In Germany, congestion occurs not just on the motorways but also in approval processes. It can sometimes take years for a wind turbine to go into operation, say. When it comes to the pace and efficiency of bureaucracy, especially, we should consider digitalisation as a huge opportunity. Digital technologies can simplify and streamline administrative processes. Incidentally, that is very much in the interest of the administration seeing as it, too, is affected by the shortage of skilled workers. It would appear somewhat logical to bundle more processes when it comes to the digitalisation of administration.

    That means the targeted transferral of responsibilities to central units, which develop harmonised approaches in a cost-effective way. This would open the door to achieving economies of scale, if the relevant costs per process are reduced thanks to a larger area of application, say. What I’m thinking about here is the digitalisation of the tax administration, for instance. It could likely leverage efficiency reserves if certain tasks were delegated to a single unit. A modern form of federalism could also help us to leverage efficiency reserves, specifically when those responsible actually learn from the best practices of others.

    And I’m speaking on this not just as an economist, but also as the president of a large public authority. Dismantling bureaucracy and driving digitalisation often require enormous effort and persistence. But they also present huge opportunities. There’s a reason why the Society for the German Language listed “AI boom” as another “Word of the Year” in 2023, ranking it number eight.

    4.3 Labour market

    The third area where economic policy can play an important role is the labour market. You, as operators of businesses, have been complaining of a shortage of skilled workers for many years now. Quite apart from the current bout of economic weakness, the problem has been increasingly exacerbated by demographic change. And it will become even greater in the future.

    The number of vacancies per unemployed person is often used as an indicator of tightness in the labour market. Up until 2014, there were around three vacancies for every 10 unemployed persons.[15] At the moment, there are roughly six jobs available for every ten unemployed persons. And the number of vacancies has also climbed to an all-time high since the end of the pandemic and is barely coming down. There is a shortage of skilled workers, and a shortage of labour.

    There is a host of conceivable measures to reduce this shortage: open up better employment opportunities for women and older people, make a targeted play for skilled workers from abroad, strengthen vocational and further training, and do a better job of getting the long-term unemployed and immigrants into work.

    Equally, we shouldn’t lose sight of the groups that so far haven’t participated in the labour market – known as the “hidden reserve”. According to the Federal Statistical Office, Germany’s hidden reserve recently came to almost 3.2 million people.[16] Close to 60% of them have a mid to high-level qualification. Looking at the hidden reserve, there are significant differences between the genders. For example, many women state that they cannot work because they care for children or family members. We should make better use of this untapped potential labour force. Expanded care facilities for children or dependants requiring care are an important way to help more people enter the labour market.

    I am certain that many of you have already taken steps at your businesses to make it easier to reconcile work and family life: you operate kindergartens or have spaces reserved at other childcare facilities, offer flexible working time models or the option of working from home – the list of possibilities is long.

    The number of older persons in employment could be increased as well, for example if the statutory retirement age were linked to life expectancy after 2030. This would allow the ratio of retirement to working years to be more or less stabilised. Without this link, the ratio would carry on growing as life expectancy continues to rise. Also, in the short term, it might be worth considering limiting the financial incentives to take early retirement.

    After all, in the interests of preserving a good employment and investment climate, it is important to see to it that the tax burden on labour and capital remains reasonable. Germany, for instance, has a high corporate tax burden in comparison to other countries.[17]

    The Federal Government has the three economic policy areas I have just spoken about on its radar. This can be seen in this year’s growth initiative from 17 July. The bundle of 49 measures is intended – amongst other things – to increase incentives to work, including making it more attractive for older people to remain in work, accelerate the reduction of bureaucracy and secure the further expansion of renewable energy generation. The growth initiative is an important step in the right direction if Germany wants to rise to today’s challenges. Much depends on its implementation, however. And there is still much to be done.

    As an economist myself I must of course not forget what the term “budget constraints” implies: it is not easy to deal with all these challenges when the public purse is light. This being as it is, a critical evaluation of economic policy priorities is almost certainly unavoidable, and that evaluation will remain on the agenda even if the debt brake were to be reformed. The Bundesbank would tolerate a reform if it would continue to guarantee sound government finances. And we have proposed some stability-oriented reforms.

    4.4 More financing via the capital markets union

    I have gone over what politics and politicians can do to improve the investment climate in Germany. But whether or not an investment will pay off over the long term is not the only important factor. Any investment project must also be funded.

    That brings me to the European perspective. Because, all too often, businesses come up against internal European borders in their search for funding. An integrated capital market across the whole of Europe could give European businesses access to more funding for important private investments. But to forge that integrated pan-European capital market, we must make swift progress on both the banking and capital markets unions.

    To demonstrate my point with figures: securitisation markets in the EU saw a volume of around €800 billion in 2020. In the United States, this volume was at around US$3.2 trillion, excluding government-guaranteed products.[18] So that’s a different magnitude altogether, even though the United States and the EU have comparably large economies when measured by purchasing power parity.[19] The European securitisation market fell apart following the financial crisis and has never fully recovered since. The securitisation volume in the United States, on the other hand, has already exceeded pre-crisis levels, with the caveat that American market structures are not perfectly comparable with European ones.

    You may be thinking that securitisation has a bad reputation. And you would be right. After the 2008 financial crisis it was the poster child for “bad financial market innovations” and mainly brought to mind the sale of potentially non-performing loans to unsuspecting investors. As the head of the Bundesbank’s financial crisis management team at the time, I had an unmatched position from which to examine the dynamics of the crisis in detail.

    The financial crisis did indeed lay bare the weaknesses in the securitisation process, which can particularly come to bear in highly complex securitisation transactions. These related to deficits surrounding transparency, risk management and valuation methods. Properly structured and well regulated, though, securitisation vehicles can definitely offer added value to our economy. Securitisation markets complement other sources of long-term financing in the real economy. They give enterprises the opportunity to broaden their funding.

    This particularly applies to small and medium-sized enterprises, because securitisation gives them indirect access to capital market investors. Moreover, securitisation can relieve the pressure on bank balance sheets and open up additional scope for lending to the private sector. Well-regulated and structured securitisation markets could improve the allocation of resources in an economy and ensure a better distribution of risk.[20] This could reduce funding costs and increase economic growth.

    Support for the securitisation market is thus an important element of EU plans for a capital markets union. But there are others. The creation of integrated financial supervisory structures is planned. National insolvency rules, accounting and securities law are to be harmonised. The goal is to create a level playing field for all financial market participants operating at the EU level. And so long as this goal remains abstract, pretty much nobody has a problem with it. As soon as concrete decisions and negotiations enter the picture, however, unity often dissipates. Harmonising national rules is impossible without compromise, after all.

    Happily, more and more European policymakers are coming around to the view that we urgently need a common capital market. There’s been some movement on that front in the last few months. I think, for example, that we have made good progress towards developing a European securitisation market. We need to break down the barriers separating European capital markets one by one!

    5 Conclusion

    Ladies and gentlemen,

    As far as the structural challenges are concerned, we need to set the necessary changes in motion and make them fit for purpose. I am certain we can achieve that. The underpinnings of Germany’s industrial machine are still intact, and Germany’s position as an industrial and investment location is better than its present reputation implies. After recording sluggish growth at the turn of the millennium, Germany ranked as an economic powerhouse in Europe for more than decade.[21] Perhaps that should inspire us to invest shrewdly and sufficiently in our future.

    Economic policymaking can lay a solid foundation for that investment, but it is not all-powerful. It all comes down to enterprises and their employees in the end. Academic studies show that family businesses have greater resilience when in crisis mode than other enterprises.[22] I therefore firmly believe that all of you, as operators of family-owned businesses, continue to play an important role in ensuring the German economy rises to the challenges it faces today. And thus in ensuring that Germany remains ready for what the future holds

    Footnotes:

    1. EY and University of St. Gallen Global Family Business Index.
    2. EY, How the largest family enterprises are outstripping global economic growth, 16 January 2023.
    3. Society for the German Language, GfdS wählt »Krisenmodus« zum Wort des Jahres 2023, press release of 8 December 2023.
    4. Eckl-Dorna et al., Germany’s Days as an Industrial Superpower Are Coming to an End, Bloomberg.com, 10 February 2024.
    5. Ewing, J., The decline of Germany, Bloomberg Businessweek, 16 February 2003.
    6. Steingart, G. (2004), Deutschland – der Abstieg eines Superstars, Munich.
    7. Brand, S., D. Römer and M. Schwarz, Investing EUR 5 trillion to reach climate neutrality – a surmountable challenge, KfW Research No 350
    8. McKinsey & Company (2021), Net-zero Germany: Chances and challenges on the path to climate neutrality by 2045
    9. EY, Ausländische Investitionen in Deutschland sinken im sechsten Jahr in Folge – niedrigster Stand seit 2013, press release of 2 May 2024.
    10. Deutsche Bundesbank, Domestic investment barriers faced by German enterprises, Monthly Report, May 2024.
    11. Baker, S. R., N. Bloom and S. J. Davis (2016), Measuring Economic Policy Uncertainty, The Quarterly Journal of Economics, Vol. 131(4), pp. 1539‑1636.
    12. Economic Policy Uncertainty Index
    13. Deutsche Bundesbank, Energy efficiency improvements: implications for carbon emissions and economic output in Germany, Monthly Report, April 2024.
    14. Plötz et al. (2024), Climate-damaging subsidies correspond to negative CO2 prices, Kopernikus-Projekt Ariadne, Potsdam.
    15. IAB, IABMonitor Arbeitskräftebedarf 1/2024: Die Zahl der offenen Stellen ist im Vergleich zum Vorjahresquartal um rund ein Zehntel gesunken, 25 June 2024.
    16. Federal Statistical Office, Ungenutztes Arbeitskräftepotenzial 2023: Knapp 3,2 Millionen Menschen in „Stiller Reserve“, press release No 192 of 16 May 2024.
    17. See Leibniz Centre for European Economic Research (ZEW), Mannheim Tax Index – Effective Tax Burdens in Country Comparison .
    18. See EBA (2022), Joint Committee advice on the review of the securitisation prudential framework (Banking), p. 24. For comparison purposes, the total volume of the US securitisation market (US$13,131 billion) was adjusted for agency ABSs (75%), while the total volume of the EU securitisation market (€3,058 billion) was adjusted for mortgage CBs (63%) and other CBs (11%).
    19. See Eurostat (2024), Purchasing power parities in Europe and the world – Statistics Explained (europa.eu)
    20. ECB and the Bank of England, The impaired EU securitisation market: causes, roadblocks and how to deal with them, discussion paper, March 2014.
    21. Dustmann et al. (2014), From Sick Man of Europe to Economic Superstar: Germany’s Resurgent Economy, Journal of Economic Perspectives, Vol. 28(1), pp. 167‑188.
    22. Buchner et al. (2021), Resilienz von Familienunternehmen – Eine systematische Literaturanalyse, Betriebswirtschaftliche Forschung und Praxis 73, Vol. 3, pp. 225 f.

    MIL OSI Economics

  • MIL-OSI Economics: Adnan Zaylani Mohamad Zahid: Keynote address – IFN Asia Forum 2024

    Source: Bank for International Settlements

    Good morning, distinguished guests.

    It always is a pleasure to be back at the IFN Asia Forum 2024. A year ago, we discussed the potential of Asia and the potential contributions of Islamic finance in strengthening regional financial intermediation. Well Asia is certainly delivering amidst global headwinds. Asia’s economic growth continues to gain momentum, driven by stronger domestic demand, rebound in tourism, and robust export activity. Undoubtedly there are pockets of weaknesses but the areas of strength offsets these. In 2023, the region recorded 5% growth, exceeding the global growth of 3.3%. Asia also offers many opportunities for the green economy. The market for green businesses in Asia is projected to grow between USD4-5 trillion by 2030, generating over 14.2 million green-related jobs. The region also requires an annual investment of at least USD1.1 trillion to meet climate and mitigation adaptation needs.

    As for Malaysia, our long-term GDP growth from 2011-23 averaged 4.3%. This surpassed the median long-term growth rates of regional and A-rated peer countries of 3.6% and 2.9% respectively. We have a positive outlook for the economy. We’re expecting this year to be around 5% above our long-term average. Unemployment rate is low, households are still spending, and we have a healthy pipeline of new and on-going projects to support investment in Malaysia. National initiatives under the National Energy Transition Roadmap, New Industrialisation Master Plan 2030 and Green Investment Strategy provide strategic direction as to where we hope capital will flow. So notably, Malaysia recorded a 326% y-o-y growth in green investments to USD1.03 billion in 2023, signalling favourable opportunity in this space.

    Malaysia’s economic prospects are indeed quite favourable. The ringgit, along with regional currencies, have been appreciating against the US dollar notably since early July following greater clarity on the interest rate path of developed countries, especially the US Federal Reserve. The narrowing of interest rate differentials with the US would be conducive to favour portfolio inflows, especially given Malaysia’s positive economic prospects. The domestic landscape is also quite positive. Ongoing government structural reforms, subsidy rationalisation and social protection enhancements offer a window of opportunity to pursue meaningful change. Furthermore, the coordinated actions between the Government and BNM, which has already facilitated a better balance for flows, will continue and this will provide sustainable support for the ringgit. Importantly, ongoing structural reforms by the Government coupled with improving economic prospects will continue to sustain global interest for investment in Malaysia. 

    MIL OSI Economics

  • MIL-OSI USA: Governor Newsom signs legislation to restrict polluting oil & gas operations near schools, daycares, and across communities

    Source: US State of California 2

    Sep 25, 2024

    What you need to know: New laws will give local communities more authority to protect their neighborhoods from oil and gas operations and drive faster plugging of old oil and gas wells. 

    INGLEWOOD, CA – Governor Gavin Newsom today signed three bills into law allowing communities to restrict oil drilling and help the state address polluting idle wells. The legislation will help protect public health, the environment, and empower local communities to set greater protections around oil and gas activities in their neighborhoods.

    “The health of our communities always comes first. These new laws allow local leaders to limit dangerous oil and gas activities near homes, schools, and other areas as they see fit for their communities, and give the state more tools to make sure that idle and low-producing wells get plugged sooner. This builds off of our all-of-the-above efforts to protect communities from pollution and hold Big Oil accountable.”

    Governor Gavin Newsom

    Empowering local communities to restrict oil and gas operations

    AB 3233 by Assemblymember Dawn Addis (D-Morro Bay) gives cities and counties greater authority to impose restrictions on oil and gas operations, including by limiting or prohibiting new oil and gas developments in their jurisdictions. By providing local jurisdictions with the power to make these decisions, California is taking a major step toward protecting vulnerable communities from the health impacts of industrial operations. The bill overrides recent court decisions that blocked ordinances limiting oil drilling adopted by the voters of Monterey County and the Los Angeles City Council. 

    “The signing of AB 3233 is vital win for communities across the Central Coast, and all of California,” said Assemblymember Dawn Addis (D-Morro Bay). “Putting this bill into law affirms our right to clean air and water, free of oil and gas pollution. I’m thankful to Governor Gavin Newsom for signing this important bill into law, to my colleagues for helping me get it to his desk, and to the many community-members and leaders who have been fighting this battle with me. Today is a huge win for the well-being of all Californians.”

    Addressing the dangers of idle wells in communities

    AB 1866 by Assemblymember Gregg Hart (D-Santa Barbara) addresses the growing problem of idle oil and gas wells across the state. These wells, which are no longer in active use but have not been properly decommissioned, pose a significant risk to both the environment and nearby communities. Under this new law, fees on idle wells are increased and stricter regulations will be enforced to ensure that oil companies are held responsible for maintaining and safely plugging idle wells, preventing leaks and contamination.

    “This is a landmark victory for taxpayers and communities most affected by the harmful health impacts of neighborhood oil drilling,“ said Assemblymember Gregg Hart (D-Santa Barbara). “I am proud of this decisive action we are taking today to hold the oil industry responsible for plugging over 40,000 idle oil wells across California. I want to thank Governor Newsom for recognizing the urgency of solving the idle oil well crisis in the state.”

    Shutting down more oil wells in the Inglewood Oil Field

    AB 2716 by Assemblymember Isaac Bryan (D-Los Angeles) prohibits the operation of low-oil production oil and gas wells located in an oil field within the Baldwin Hills Conservancy (Inglewood Oil Field) and imposes a $10,000 per month penalty on these wells until they are permanently plugged and abandoned. Penalty funds will go to projects like park creation to benefit the community. 

    “The Inglewood Oil Field is the largest urban oil field in our state. Production in recent years has been marginal, but for decades the negative health impacts surrounding it have cost the nearby community with their life expectancy,” said Assemblymember Bryan. “Today, with Governor Newsom’s signature, we will finally shut it down and establish the state’s first repair fund for the frontline communities who have been organizing for years to be seen, heard, and protected.”

    California’s leadership in holding Big Oil accountable

    Together, these laws mark another step forward in California’s ongoing efforts to cut pollution and protect communities. 

    Just last month, Governor Newsom announced a plan to further hold Big Oil accountable for profiting off of Californians while polluting our communities – preventing gas price spikes and saving people money at the pump.

    The state notched a major victory against Big Oil in June, with the industry pulling its referendum to repeal California’s law protecting neighborhoods from the dangerous impacts of drilling. This allowed California’s law requiring setbacks – that oil drilling can’t be within 3,200 feet of sensitive community areas like schools, daycares, and more – to move forward, a crucial protection for public health and safety.  
     
    Last year, California sued Big Oil for more than 50 years of deception, cover-up, and damage that have cost California taxpayers billions of dollars in health and environmental impacts.

    Recent news

    News SACRAMENTO – Governor Gavin Newsom today announced the following appointments:Steve Juarez, of Truckee, has been appointed to the California State Teachers’ Retirement Board. Juarez served as a Deputy State Treasurer at the California State Treasurer’s Office…

    News What you need to know: Governor Newsom today signed a bipartisan legislative package to further reinforce California’s nation-leading gun laws and prevent traumatic incidents of mass violence. The laws build on California’s successful strategies to address gun…

    News What you need to know: Governor Newsom signed two bills to boost access to affordable housing for California’s farmworkers: AB 2240 and AB 3035. Governor Newsom also signed SB 1105 to help protect the health and safety of farmworkers in states of emergency….

    MIL OSI USA News

  • MIL-OSI USA: CFTC Orders Swap Dealer to Pay $1.5 Million Penalty for Position Limit Violations, and Supervision and Position Limit Monitoring Failures

    Source: US Commodity Futures Trading Commission

    — The Commodity Futures Trading Commission today issued an order filing and settling charges against Merrill Lynch Commodities, Inc., based in Houston, for exceeding the federal and ICE Futures U.S. position limits in contracts that reference natural gas futures traded on the New York Mercantile Exchange and for swap dealer supervision and position limit monitoring failures.

    MLCI admits the facts in the order in section II.C.1, Position Limit Violations; acknowledges its conduct in that section violated the Commodity Exchange Act and CFTC regulations; and otherwise, neither admits nor denies the findings of fact.

    “Federal and exchange position limits are important guardrails that help ensure the integrity of our markets and entities must comply,” said Director of Enforcement Ian McGinley. “Additionally, swap dealers must comply with the business conduct standards in the CEA and CFTC regulations, including diligently supervising their employees and agents and monitoring for position limit violations.”

    The order requires MLCI to pay a $1.5 million civil monetary penalty, cease and desist from further violations of the CEA and CFTC regulations as charged, and comply with conditions and undertakings specified in the order. 

    Case Background

    The CFTC established federal speculative position limits for certain physical-delivery referenced contracts, including the NYMEX Henry Hub Natural Gas Futures (NG) contract. The financially settled ICE Henry LD1 Fixed Price Futures (H) contract references the monthly settlement price published by NYMEX for its NG futures contract. The federal speculative position limit for ICE H contracts, as well as the exchange-set limit, is 2,000 NYMEX NG futures equivalents.

    The order finds on certain trading days during March and April 2023, MLCI held positions in the April 2023, and May 2023, ICE H futures contract, respectively, that ranged from more than 200 contracts to nearly 1,000 contracts in excess of both the federal speculative position limit and the exchange speculative position limit, and MLCI’s positions did not meet the requirements for an exemption under CFTC Regulation 150.3. MLCI also had not been granted an exemption applicable to the relevant positions by the exchange in accordance with ICE’s rules during the relevant period.     

    The order also finds MLCI, a swap dealer registered with the CFTC, did not establish and enforce written policies and procedures reasonably designed to monitor for and prevent violations of applicable federal, exchange, or swap execution facility position limits and to monitor for and prevent improper reliance upon any exemptions or exclusions from such position limits. Additionally, the order finds MLCI did not diligently supervise its employees by lacking an early warning system and written policies and procedures reasonably designed to detect and alert its senior management when position limits were in danger of being breached.

    The order acknowledges MLCI’s cooperation and its representations concerning its remediation in connection with this matter.

    The CFTC thanks ICE for its assistance in this matter.

    The Division of Enforcement staff responsible for this matter are Karin N. Roth, Carrie Kennedy, Gates S. Hurand, Lenel Hickson, Jr., and Manal M. Sultan.

    MIL OSI USA News

  • MIL-OSI Video: Ukraine: Death toll keeps rising – UN Chief at the Security Council | United Nations

    Source: United Nations (Video News)

    Briefing by United Nations Secretary-General, Mr. António Guterres, on the Maintenance of peace and security of Ukraine – Security Council, 9731th meeting.

    —————————————-

    “Mr. President, Excellencies,

    Two days ago, in the newly agreed Pact for the Future, world leaders reaffirmed their commitment to international law and to the Charter of the United Nations.

    Our Organization is based on the principle of sovereignty of all Member States – within their internationally recognized borders.

    The Charter unequivocally stipulates that all States must refrain from the threat or use of force against the territorial integrity or political independence of any other State – and that international disputes must be settled by peaceful means.

    Russia’s full-scale invasion of Ukraine in February 2022 – following the illegal annexation of the Autonomous Republic of Crimea and City of Sevastopol a decade ago – is a clear violation of these principles.

    And civilian populations continue to pay the price.

    The death toll keeps rising.

    Nearly 10 million people have fled their homes.

    Systematic attacks against hospitals, schools, supermarkets… are only adding pain and misery.

    Power cuts and infrastructure damage have left millions in the dark.

    I strongly condemn all attacks on civilians and civilian facilities – wherever they occur and whoever is responsible. They all must stop immediately.

    And I remain deeply concerned about the safety, humanitarian needs and basic human rights of people residing in occupied areas.

    Mr. President,

    Despite immense challenges, the United Nations remains fully engaged as the largest international presence in Ukraine.

    This year alone, and together with our partners, we have provided lifesaving aid to more than 6.2 million people.

    But we need the support of the international community.

    15 million people in Ukraine require humanitarian assistance – more than half of them women and girls.

    But – as winter is approaching – less than half of our 2024 Humanitarian Response Plan is funded.

    I urge donors to help us pursue our vital work on the ground.

    We are also assisting the government of Ukraine in its recovery and reconstruction efforts.

    This includes access to basic services and the restoration of Ukraine’s energy production capacities.

    In recent weeks, we have seen a resurgence of inflammatory rhetoric and incidents around nuclear sites – particularly at the Zaporizhzhia Nuclear Power Plant, and alarmingly, at the Kursk Nuclear Power Plant in the Russian Federation.

    I commend the International Atomic Energy Agency, including its critical presence in Ukraine’s nuclear sites, to help ensure nuclear safety and security.

    I urge all parties to act responsibly and avoid any declaration or action that could further destabilize an already incendiary situation.

    Mr. President,

    Two and half years since the full-blown invasion of Ukraine, more than 11,000 civilians have been killed.

    The longer this tragic war continues, the greater the risk of escalation and spillover.

    This would not only impact the region, but further deepen global tensions and divisions – at a time when our world desperately needs more cooperation and collective action.

    We must stop the suffering and break the cycle of violence – for the sake of the people of Ukraine, the people of Russia, and the world.

    The Black Sea Initiative and the continued exchanges of prisoners of war serve as reminders that, when there is political will, diplomacy can succeed – even in the darkest hour.

    Today, though the prospects for peace may seem distant, I am inspired by the growing calls for dialogue.

    So let us intensify our efforts to seek peace in Ukraine – a just, comprehensive and sustainable peace, in line with the UN Charter, international law and resolutions of the General Assembly.

    United Nations stands ready to support all efforts towards achieving this goal.

    Thank you”.

    https://www.youtube.com/watch?v=0Gd58Brn2fA

    MIL OSI Video

  • MIL-OSI USA: Barrasso Introduces Enhanced Energy Recovery Act

    US Senate News:

    Source: United States Senator for Wyoming John Barrasso

    WASHINGTON, D.C. – Today, U.S. Senator John Barrasso (R-Wyo.) was joined by U.S. Senators James Lankford (R-Okla.) and Bill Cassidy (R-La.) in introducing legislation to enhance carbon capture incentives and energy production.
    The Enhanced Energy Recovery Act (S. 5212) would create parity under the Section 45Q carbon capture tax credit by giving across-the-board, equal treatment for carbon captured for increased energy production, utilization, and sequestration.
    “For years, Wyoming has proudly led the way on carbon capture projects,” said Sen. Barrasso. “We’ve successfully used this technology to take carbon out of the air and find productive uses for it. One of those uses includes enhanced oil and natural gas recovery – a technique that significantly increases energy production while reducing carbon emissions. Recent changes to Section 45Q have made it harder for American energy producers and manufacturers to use this credit. The Enhanced Energy Recovery Act fixes this policy by ensuring equal treatment for energy production, utilization, and sequestration. This will bolster our nation’s energy security, support Wyoming’s energy workers, and help lower costs for American families.”
    “Building the infrastructure to capture carbon in Louisiana will create tens of thousands of jobs and there will be tens of billions of dollars of investment,” said Dr. Cassidy. “This will help Louisiana continue to lead as an energy and manufacturing state.”
    “Long before carbon storage became national buzzwords, Wyoming’s oil and gas workers were already permanently storing CO2 in enhanced oil recovery projects. For over 30 years CO2 injection has not only sequestered carbon in Wyoming but also helped produce millions of barrels of oil that the United States requires to meet energy demand. Senator Barrasso’s bill recognizes that enhanced oil recovery using CO2 deserves equal treatment to non-productive sequestration not only to create a level playing field in the tax code, but also because it supports high-paying oil and gas careers and pumps revenue into state and federal coffers. We applaud Senator Barrasso and urge speedy passage of the Enhanced Energy Recovery Act.” – Pete Obermueller, President, Petroleum Association of Wyoming
    “At a time where energy demand is soaring, it is more important than ever to ensure that the United States relies on domestic energy sources for our security. Wyoming has long been a leader in carbon management, whether it be using CO2 as a commodity for enhanced oil recovery or paving the way with CCUS technologies. Capturing CO2 and using it to increase our domestic production, keeping energy reliable and affordable for all Americans, is a win for our nation. This bill is a crucial piece of legislation to ensure a level playing field for the growing markets that use CO2. We applaud Senator Barrasso’s continued leadership and efforts to support Wyoming’s energy industry.” – Rob Creager, Executive Director of the Wyoming Energy Authority
    “The Independent Petroleum Association of America (IPAA) supports Senator Barrasso’s Enhanced Energy Recovery Act. Providing parity between carbon sequestration and utilization within the tax code ensures that CO2 is captured and stored in the most economically viable manner possible. The bill further incentivizes companies to continue to use direct air capture technology, fostering ongoing development and deployment of these cutting-edge emissions reduction technologies with the promise of working toward the goals of overall emissions reduction in the United States. IPAA thanks Senator Barrasso for taking a pragmatic, forward looking approach to management of carbon dioxide emissions.” – Jeff Eshelman, President & CEO, Independent Petroleum Association of America
    “We are pleased to express our strong support for Senator Barrasso’s Enhanced Energy Recovery Act, which takes a critical step forward in leveling the playing field for carbon oxide sequestration. This balanced approach provides a powerful incentive for the oil and gas industry to continue its leadership in carbon capture, utilization, and storage (CCUS) while also recognizing the role of EOR in safely managing carbon dioxide and extending the productive life of oil fields. Senator Barrasso’s vision for equitable treatment of carbon management technologies aligns with the industry’s commitment to reducing emissions, enhancing energy security, and delivering economic benefits to rural communities.” – Jerry R. Simmons, President & CEO, Domestic Energy Producers Alliance
    Full text of the legislation can be found here.
    Background:
    The Enhanced Energy Recovery Act increases the effective value of the 45Q tax credit for captured carbon used in enhanced oil recovery and utilization to match that of sequestration.
    Currently, the full tax credit incentive for carbon used in enhanced oil recovery (EOR) and utilization is $60/metric ton, while the value for sequestration is $85/metric ton. This bill sets all three values at $85/metric ton for EOR, utilization, and sequestration.
    Additionally, the bill creates equal treatment for carbon captured through Direct Air Capture (DAC). It increases the value of DAC-captured carbon used for EOR and utilization by increasing the incentive from $130/metric ton, up to $180/ton, consistent with the current value of captured carbon used in sequestration.

    MIL OSI USA News

  • MIL-OSI Asia-Pac: DRDO & IIT Delhi develop ABHED Light Weight Bullet Proof Jackets

    Source: Government of India (2)

    Posted On: 25 SEP 2024 4:53PM by PIB Delhi

    Defence Research & Development Organisation (DRDO), along with researchers of Indian Institute of Technology (IIT) Delhi has developed Light Weight Bullet Proof Jackets named ABHED (Advanced Ballistics for High Energy Defeat). The jackets have been developed at the DRDO Industry Academia Centre of Excellence (DIA-CoE) at IIT, Delhi.

     

     

    These jackets have been created from polymers and indigenous boron carbide ceramic material. The design configuration is based on characterisation of various materials at high strain rate followed by appropriate modelling and simulation in collaboration with DRDO.

    The armour plates for the jackets have passed all necessary R&D trials as per the protocols. The jackets meet the highest threat levels, and are lighter than the maximum weight limits stipulated in respective General Staff Qualitative Requirement of the Indian Army. With minimum possible weight of 8.2 kgs and 9.5 kgs for different BIS Levels, these modular-design jackets having front & rear armours provide 360o protection.

     

     

    Based on the selection-criteria matrix, some Indian industries were shortlisted for Transfer of Technology and handholding. The Centre is ready to transfer the technology to three industries.

    Congratulating DIA-CoE on the achievement, Secretary, Department of Defence R&D and Chairman DRDO Dr Samir V Kamat stated that the Light Weight Bullet Proof Jacket exemplifies the effective ecosystem of successful defence R&D by DRDO, academia and the industry.

    The DIA-CoE was formed by modifying Joint Advanced Technology Center of DRDO at IIT Delhi in 2022 to involve Industry and Academia for defence R&D. It has been actively pursuing various projects on advanced technologies, involving DRDO scientists, academic researchers & industry partners.

    *******

    SR/Savvy

    (Release ID: 2058645) Visitor Counter : 117

    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

  • MIL-OSI Asia-Pac: Shri Jyotiraditya M. Scindia to Attend the Northeast Trade and Investment Roadshow in Bengaluru

    Source: Government of India (2)

    Posted On: 25 SEP 2024 7:17PM by PIB Delhi

    The Ministry of Development of the Northeastern Region (MDoNER) is organising the Northeast Trade and Investment Roadshow in Bengaluru on September 26, 2024, starting at 5 PM at the Four Seasons Hotel. The event will be graced by SHRI JYOTIRADITYA M. SCINDIA, Hon’ble Union Minister of Communications and Development of the Northeastern Region, Government of India.

    Senior officials from MDoNER, including Shri Chanchal Kumar, Secretary, and Sushri Monalisa Dash, Joint Secretary, will also be present, along with representatives from various Northeastern states.

    The event is being organised in collaboration with State governments of Northeastern, FICCI (Industry Partner), and Invest India (Investment Facilitation Partner).

    This marks the fourth major Roadshow in Bengaluru, featuring presentations from representatives of the eight Northeastern states: Assam, Arunachal Pradesh, Tripura, Mizoram, Manipur, Meghalaya, Sikkim, and Nagaland. They will highlight various investment opportunities in their respective states.

    Key investable sectors include IT & ITES, Healthcare, Education & Skill Development, Sports & Entertainment, Tourism & Hospitality, and Energy—all crucial for the region’s economic growth.

    The Northeast Investors Summit, organised by MDoNER, aims to attract investments and stimulate economic development. Previous roadshows in Mumbai, Hyderabad, and Kolkata received strong participation, while the State Seminar at Vibrant Gujarat drew significant interest from potential investors.

    To build on these efforts, MDoNER held a signing and exchange of MOUs event for the North East Investors Summit on March 6, 2024, at Vigyan Bhawan, New Delhi, facilitating Business-to-Government (B2G) meetings with senior officials from state governments.

    The Roadshow in Bengaluru is expected to attract many potential investors eager to be part of the growth journey in North East India.

    ****

    MG/SB/DP

    (Release ID: 2058755) Visitor Counter : 38

    MIL OSI Asia Pacific News

  • MIL-OSI Europe: Answer to a written question – Barriers to aggregator access to the electricity market in Italy – E-001449/2024(ASW)

    Source: European Parliament

    The Commission is in the process of checking the transposition of the Directive 2019/944[1] in all Member States and does not comment on ongoing transposition checks or potential infringement procedures.

    The transposition of the provisions on demand response have been discussed with the members of the Cross Border Committee[2] on several occasions.

    Member States were tasked to answer a questionnaire, which investigates the national transposition and implementation of the provisions as well as the challenges faced. Subsequently, meetings with Members States have been conducted to clarify the provided answers, including with Italy.

    Please take note of the ongoing public consultation on the draft network code on demand response[3] that is conducted by ACER (European Union Agency for the Cooperation of Energy Regulators).

    These Union wide framework shall further clarify rules, responsibilities and procedures for all market participants including aggregators.

    Regulation (EU) 2024/1747[4] amending Regulation (EU) 2019/943[5] has introduced changes that aim at facilitating the participation of non-fossil flexibility and hence aggregation of distributed resources by means of indicative national objectives and potential support schemes.

    The relevant authorities shall periodically assess the need for flexibility at national level in the electricity system based on a common European methodology that is subject to public consultation and approval by ACER. Member States may apply non-fossil flexibility support schemes to reach the defined national indicative objectives.

    • [1] https://eur-lex.europa.eu/legal-content/EN/TXT/PDF/?uri=CELEX:32019L0944
    • [2] This group is to provide a platform for exchanges between Member States, national regulators, ACER, ENTSO-E and the Commission on electricity policy having regard to Directive (EU) 2019 /944 Article 68, Regulation (EU) 2019/943 Article 67 and Regulation (EU) 182/2011 in particular Article 9(1) . It assists the Commission in relation to the implementation of existing Union legislation, programmes and policies as well as the preparation of delegated acts.
    • [3] https://www.acer.europa.eu/documents/public-consultations/pc2024e07-public-consultation-draft-network-code-demand-response
    • [4] https://eur-lex.europa.eu/eli/reg/2024/1747/oj
    • [5] https://eur-lex.europa.eu/eli/reg/2019/943/oj
    Last updated: 25 September 2024

    MIL OSI Europe News

  • MIL-OSI: CETY CEO KAM MAHDI ADDRESSES GOVERNMENT AND BUSINESS LEADERS AT FORUM FOR LATVIA PRESIDENT EDGARS RINKĒVIČS’ ECONOMIC DELEGATION TO CALIFORNIA

    Source: GlobeNewswire (MIL-OSI)

    Irvine, CA, Sept. 26, 2024 (GLOBE NEWSWIRE) — Clean Energy Technologies, Inc. (“CETY”) (Nasdaq: CETY), a clean energy manufacturing and services company offering eco-friendly green energy solutions, clean energy fuels, and alternative electric power for small and mid-size projects in North America, Europe, and Asia, today announced its participation in Latvia’s economic delegation visit to the US from September 17 to 23. Led by President Edgars Rinkēvičs, the delegation visited San Francisco and Silicon Valley, engaging with California government leaders, technology giants, and investors.

    CETY CEO Kam Mahdi was a key presenter at a program on the topic of California Technology Research and Investment. He discussed CETY’s growth as a comprehensive clean energy solutions company with growing global focus that includes expanding operations in North America, Europe, and Asia. The program was part of President Rinkēvičs focus on exploring opportunities for economic cooperation and growth for Latvia enterprises seeking a presence in the United States and specifically targeting California for its business and technology development ecosystem and leadership.

    The visit of President Rinkēvičs and other Latvian government officials and business leaders is an historic one. It was the first such high-level economic delegation to the US from Latvia. Accompanying President Rinkēvičs were Minister of Economics Viktors Valainis, Director General at Investment and Development Agency of Latvia Raivis Bremsmits, and over 50 Latvia entrepreneurs interested in California and North America for strategic growth. Meetings during the three-day visit included Microsoft, Google, NASA Ames, and Meta. AI was a big topic for this visit, especially given its potential use in all sectors and the concerns raised in the EU over privacy and security.

    Mr. Mahdi talked about the evolution of CETY from its inception, when it was first focused on waste heat recovery, using technology developed by General Electric, through its current expansion into becoming a comprehensive energy solutions provider. “We have developed expertise of the entire energy process from system design to generation and storage, distribution and management,” said Mahdi. “Clients come to us to discuss their needs, and we can develop solutions to effectively address them.”

    Mahdi also spoke at a meeting which included California State Treasurer Fiona Ma, Latvia Economics Minister Viktors Valainis, Latvia Investment and Development Agency Director Raivis Bremsmits, Toms Zvidriņš, Head of the US Office of Investment and Development Agency of Latvia, Martins Andersons, President of the American Latvian Association, and Latvia business leaders.

    CETY has been involved in a waste heat to energy project in Latvia since 2018, with EkoNams, a company that builds Scandanvian-style log homes, the design of which is influenced by historic craftsmanship and the execution of which relies on new technologies. Building on that project, CETY has been in discussion with other Latvia companies interested in collaboration or partnerships.

    President Rinkēvičs’ delegation followed up on a July 2024 California delegation to Latvia led by California State Treasurer Fiona Ma and State Senator Josh Newman. The delegation included California businesses, and involved meetings with top government and business leaders, including former Latvia Prime Minister and current European Commissioner for Trade Valdis Dombrovskis, Prime Minister Evika Siliņa, and Transportation Minister Kaspars Briškens, to discuss investment, economic and technological collaboration, and development opportunities in key Baltic growth sectors. As part of that delegation, Mr. Mahdi was an invited speaker on the Ministry of Foreign Affairs Forum on Sustainable Energy Technologies and Innovations, along with former California Senator and energy entrepreneur Robert Hertzberg.

    About Clean Energy Technologies, Inc. (CETY)

    Headquartered in Irvine, California, Clean Energy Technologies, Inc. (CETY) is a rising leader in the zero-emission revolution by offering eco-friendly green energy solutions, clean energy fuels and alternative electric power for small and mid-sized projects in North America, Europe, and Asia. We deliver power from heat and biomass with zero emission and low cost. The Company’s principal products are Waste Heat Recovery Solutions using our patented Clean CycleTM generator to create electricity. Waste to Energy Solutions convert waste products created in manufacturing, agriculture, wastewater treatment plants and other industries to electricity and BioChar. Engineering, Consulting and Project Management Solutions provide expertise and experience in developing clean energy projects for municipal and industrial customers and Engineering, Procurement and Construction (EPC) companies.

    CETY’s common stock is currently traded on the Nasdaq Capital Market under the symbol CETY. For more information, visit http://www.cetyinc.com.

    For video examples please visit CETY’s YouTube channel:
    https://www.youtube.com/@CleanEnergyTechnologiesInc.

    Follow CETY on our social media channels: Twitter | LinkedIn | Facebook

    This summary should be read in conjunction with the Company’s quarterly report on Form 10-Q for the quarterly period ended March 31, 2024 and other periodic filings made pursuant to Section 13 or 15(d) of the Securities Exchange Act of 1934, as amended, which contain, among other matters, risk factors and financial footnotes as well as a discussions of our business, operations and financial matters located on the website of the Securities and Exchange Commission at http://www.sec.gov.

    Safe Harbor Statement

    This news release may include forward-looking statements within the meaning of section 27A of the United States Securities Act of 1933, as amended, and Section 21E of the United States Securities and Exchange Act of 1934, as amended, with respect to achieving corporate objectives, developing additional project interests, the Company’s analysis of opportunities in the acquisition and development of various project interests and certain other matters. These statements are made under the “Safe Harbor” provisions of the United States Private Securities Litigation Reform Act of 1995 and involve risks and uncertainties which could cause actual results to differ materially from those in the forward-looking statements contained herein. Forward-looking statements are neither historical facts nor assurances of future performance. Instead, they are based only on the Company’s current beliefs, expectations and assumptions regarding the future of CETY’s business, future plans and strategies, projections, anticipated events and trends, the economy and other future conditions. Because forward-looking statements relate to the future, they are subject to inherent uncertainties, risks and changes in circumstances that are difficult to predict and many of which are outside of the Company’s control. Therefore, you should not rely on any of these forward-looking statements. Forward-looking statements can be identified by words such as: “anticipate,” “plan,” “expect,” “estimate,” “strategy,” “future,” “likely,” “may,” “should,” “will” and similar references to future periods. Any forward-looking statement made by the Company in this press release is based only on information currently available to us and speaks only as of the date on which it is made. The Company undertakes no obligation to publicly update any forward-looking statement, whether written or oral, that may be made from time to time, whether as a result of new information, future developments or otherwise.

    Clean Energy Technologies, Inc.
    Investor and Investment Media inquiries:
    949-273-4990
    ir@cetyinc.com
    Source: Clean Energy Technologies, Inc.

    The MIL Network

  • MIL-OSI Russia: With the support of Rosneft, a kindergarten in Ufa was improved

    MIL OSI Translation. Region: Russian Federation –

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

    With the support of Bashneft (part of Rosneft), a new playground was built in Kindergarten No. 2 in Ufa. The project was implemented within the framework of the Cooperation Agreement between Rosneft and the Republic of Bashkortostan.

    Rosneft implements social projects aimed at creating favorable living conditions in the regions of its presence. In particular, it supports initiatives in the field of education and upbringing of the younger generation.

    Kindergarten No. 2 was founded in 1955 and is one of the oldest preschool institutions in Ufa, currently 123 children attend it. As part of the improvement of the kindergarten territory, modern sports and playgrounds with trauma-safe surfaces, shade canopies and gazebos, as well as new play equipment, including seesaws, slides and sandboxes, were installed. In addition, for the early career guidance of children, elements of small architectural forms on a professional theme were placed on the playground, for example, a model of an oil pump with moving mechanisms.

    Over the past 5 years, Bashneft has supported construction and reconstruction projects for more than 30 educational institutions. Strengthening the material base has opened up new opportunities to improve the quality of education and upbringing of young people in Bashkiria. In Neftekamsk, a multilingual boarding school has been completely renovated, kindergartens have been commissioned in Kushnarenkovsky and Tatyshlinsky districts, a forestry technical school has been renovated in Ufa, and a multifunctional educational center has opened in the village of Elan-Chishma in the Yermekeyevsky district.

    Reference:

    ANK Bashneft is one of the oldest enterprises in the country’s oil and gas industry, operating in the extraction and processing of oil and gas. The company’s key assets are located in the Republic of Bashkortostan. Oil and gas exploration and production are also carried out in the Khanty-Mansiysk Autonomous Okrug – Yugra, Nenets Autonomous Okrug, Orenburg Region, Perm Krai and the Republic of Tatarstan.

    Over the past 5 years, within the framework of the Cooperation Agreement between Rosneft and Bashkiria, with the support of Bashneft, more than 300 social projects have been implemented in 49 districts and cities of the region.

    Department of Information and Advertising of PJSC NK Rosneft September 26, 2024

    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/220848/

    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 Africa: Ramokgopa attends BRICS Energy Ministers Meeting

    Source: South Africa News Agency

    The Minister of Electricity and Energy, Dr Kgosientsho Ramokgopa, has called on the BRICS Plus bloc of countries to work together to assist and support member countries to tackle energy challenges.

    The Minister was delivering his opening remarks at the 9th Annual BRICS [Brazil, Russia, India, China and South Africa] Energy Ministers’ Meeting in Moscow, Russia.

    “We believe that this BRICS group of like-minded country members has a huge potential, and working together will strengthen this resolve through cooperation on energy security.

    “[It will] also provide an opportunity to join efforts to annihilate the challenges diagnosed during the BRICS 2023 Summit held in South Africa, such as addressing the lack or absence of integrated energy policy framework, diversification and beneficiation at source of critical minerals, infrastructure development, manufacturing, technology transfer and intellectual property, scaling up energy efficiency, mobilisation of finance and investment, as well as skills and capacity building, amongst others,” Ramokgopa said.

    He called on the member countries to “tap and dig deeper into various capabilities and strengths” to ensure mutual support in harnessing the individual potential each country has at its disposal.

    “To mention a few opportunities, it is mining and beneficiation of critical minerals, and rare-earth elements required to power the green economy, [expand] hydro power potential, promising hydrogen solutions and its derivatives, gas, nuclear – including small modular reactors, renewables, storage, biofuels, as well as clean coal, and carbon capture utilisation and storage,” the Minister said.

    Ramokgopa highlighted that the meeting of BRICS Energy Ministers comes at a critical time, as countries ponder ways to transition towards low carbon economies.

    “This meeting comes at a critical phase where our countries are grappling with the challenge of balancing developmental goals with energy transition pathways. 

    “We must ensure that these transitions safeguard energy sovereignty and security, promote sustainable economic development, facilitate universal access and respond effectively to environmental imperatives, all the while ensuring no one is left behind,” he said.

    He told the meeting that the expansion of the BRICS bloc of countries is a “clear affirmation of the group’s growing significance and influence in the global energy agenda”. 

    “This is a pivotal moment, positioning BRICS to reshape, refocus, and reset the global energy architecture to ensure energy access, security, affordability, and eradicate energy poverty and promote a just energy transition.

    “For us as South Africa, we see this as an opportune moment to clearly articulate our collective position as the developing nations that will enable us to continue to use our energy resources through innovative technologies that allow us to move from high emitting to low emitting energy systems, and thus achieve carbon-neutrality or net-zero at a pace and scale that is in line with our different national circumstances and capabilities.

    “In this regard, we want to reiterate that our approach to an inclusive and people centred energy transition is informed by the need to maintain energy security in support of socio-economic objectives,” Ramokgopa said. – SAnews.gov.za

    MIL OSI Africa

  • MIL-OSI China: Phase II project of China’s self-developed deepwater gas field to be operational

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

    HAIKOU, Sept. 26 — China’s first independently-developed ultra-deepwater gas field Shenhai Yihao, or Deep Sea No. 1, has completed construction of its phase II project, which is expected to be operational in the near future, according to the China National Offshore Oil Corporation (CNOOC), its operator.

    The completion of the project marks a major breakthrough in China’s independent construction capabilities of deepwater oil and gas projects under complex conditions, the CNOOC said Thursday.

    The phase II project, with a proven reserve of over 50 billion cubic meters of natural gas, includes 12 deepwater gas wells, a comprehensive processing platform weighing over 14,000 tonnes and five submarine pipelines with a total length of about 250 km, among other facilities.

    Upon full operation of the project, the peak annual output of natural gas of the Deep Sea No. 1 is expected to increase from 3 billion cubic meters to 4.5 billion cubic meters, according to the CNOOC.

    Deep Sea No. 1, located 150 km from the city of Sanya in south China’s island province of Hainan, is able to operate at a maximum depth of over 1,500 meters in the sea. It began operation in June 2021.

    MIL OSI China News

  • MIL-OSI United Kingdom: AUKUS statement: 26 September 2024

    Source: United Kingdom – Executive Government & Departments 3

    The defence ministers of the AUKUS partnership met in London to review progress in and reaffirm their commitment to the AUKUS partnership.

    Today the Right Honourable John Healey MP, Secretary of State for Defence, United Kingdom hosted the Honourable Richard Marles MP, Deputy Prime Minister and Minister for Defence, Australia and the Honorable Lloyd J. Austin III, Secretary of Defense, United States (U.S.) at the Old Royal Naval College in Greenwich, London, the United Kingdom (UK) to review progress in and reaffirm their commitment to the AUKUS partnership.

    The AUKUS partnership reflects the continued commitment by Australia, the United Kingdom, and United States to support a free and open Indo-Pacific that is peaceful, secure and stable.  The discussions between the Secretaries and Deputy Prime Minister today reaffirmed the importance of this innovative, enduring, and trusted partnership in the face of a rapidly evolving and increasingly unstable international security environment. The three nations will continue to work to uphold the global rules-based order where international law is followed, and states can make sovereign choices free from coercion.  In this context, they reiterated their shared commitments to the AUKUS partnership for the decades to come and welcomed the progress made since AUKUS Defence Ministers last met in California, the United States, in December 2023.

    Pillar I – Conventionally Armed, Nuclear-Powered Submarines (SSNs)

    In March of 2023, our Heads of Government met to announce a comprehensive plan to support Australia’s acquisition of a conventionally armed, nuclear-powered submarine capability as quickly as possible.  Since that announcement, our three governments have worked shoulder-to-shoulder to refine the milestones and principles that will form the building blocks for this decades-long partnership.

    The Secretaries and Deputy Prime Minister reiterated their shared and enduring commitment to setting the highest nuclear non-proliferation standard, and the importance of this work to the success of the programme. They undertook to continue AUKUS partners’ open, and transparent engagement with the International Atomic Energy Agency (IAEA) and noted the ongoing bilateral negotiations between the IAEA and Australia to develop a robust safeguards and verification approach for Australia’s naval nuclear propulsion programme under Article 14 of Australia’s Comprehensive Safeguards Agreement with the IAEA.

    Over the last year, our Royal Australian Navy (RAN), Royal Navy (RN), and U.S. Navy personnel have worked tirelessly across governments, defence industry, and academic institutions to optimise the training of personnel to maintain, sustain, operate, and crew nuclear-powered submarines.  The Secretaries and Deputy Prime Minister reiterated that the delivery of the “Optimal Pathway” depends upon the skilled workforces of all three countries and reaffirmed their shared commitment to develop a robust base of skills across their military, civilian and industrial sectors.

    • More than 60 RAN personnel are currently in various stages of the U.S. nuclear-powered submarine SSN training pipeline to equip a cadre of Australian officers and sailors with experience aboard the U.S. Virginia class SSNs that the RAN will own and operate from the early 2030s.  These numbers will increase further in 2025, with more than 100 personnel commencing training. Six officers have completed all training and have been assigned to U.S. Virginia class submarines.  RAN enlisted sailors will join U.S. submarine crews before the end of this year.
    • In the United Kingdom, three RAN officers completed the UK Nuclear Reactor course in July 2024 and are now assigned to UK Astute class submarines. The next group of RAN officers will commence training in the UK in November 2024.
    • The RN, with the support of the Australian Submarine Agency, has also delivered professional and general naval nuclear propulsion training for more than 250 Australian personnel in Canberra.
    • Australians have embedded into programme delivery teams in the UK Ministry of Defence and with Rolls-Royce Submarines. Australians are also currently embedded in U.S. Naval Nuclear Propulsion Program teams.
    • In July and September 2024, Pearl Harbor Naval Shipyard welcomed the first 40 ASC Pty Ltd personnel into its training pipeline with the expectation of more than 100 additional ASC Pty Ltd employees by mid-2025.
    • The Australian Government has committed to nearly AUD 250 million to start delivering the skills and workforce needed for its SSN program, including providing 4,001 Commonwealth Supported Places at Australian universities, in addition to 3,000 undergraduate scholarships over six years, to build the necessary Australian Science, Technology, Engineering, and Mathematics workforce.
    • Additional programs have seen more than 70 Australians supported to undertake postgraduate nuclear studies at universities in the United Kingdom, United States, and Australia.
    • Australia has also recently announced the “Jobs for Subs” initiative, a government-funded program to evolve ASC Pty Ltd to recruit, train and retain approximately 200 additional graduates, apprentices and trainees to support Submarine Rotational Force-West (SRF-West) in Western Australia.

    Recognising that our partners in defence industry are and will remain vital to this endeavour, the Secretaries and Deputy Prime Minister discussed opportunities to maximize our efforts to foster collaboration and build resilience across our industrial bases and supply chains. They welcome the collaboration between BAE Systems (BAES) and ASC Pty Ltd to bring together their combined decades of submarine building to deliver the SSN-AUKUS programme.

    • The U.S. Government decided to invest USD 17.5 billion into its submarine industrial base to support initiatives related to supplier development, shipbuilder and supplier infrastructure, workforce development, technology advancements, and strategic sourcing.
    • Australia has also committed to invest over AUD 30 billion in the Australian defence industrial base to develop Australia’s supply chains and facilitate industry participation in U.S. and UK supply chains.
    • His Majesty’s Government announced an initial allocation of £4 billion from the United Kingdom to continue the detailed design work of SSN-AUKUS and order long-lead items, as well as the United Kingdom’s investment of £3 billion across its Defence Nuclear Enterprise, including the construction of submarine industrial infrastructure that will help to deliver the SSN-AUKUS programme.
    • The Secretaries and Deputy Prime Minister welcomed the AUKUS partners’ commitment to accelerate opportunities for Australian industry in the Virginia class submarine supply chain, including through the Defence Industry Vendor Qualification Program and other industry collaboration initiatives.  They welcomed ongoing efforts to encourage further industrial base partnerships to build resiliency across the trilateral Submarine Industrial Base.
    • This August, as a direct result of our close collaboration over this year, our three nations commenced the execution of the first-ever planned maintenance activity of a U.S. SSN in Australia.  More than 30 RAN personnel worked alongside U.S. Navy and contractor personnel and UK observers to conduct routine maintenance and observe safety and stewardship evolutions.  This was an important step in building Australia’s capacity to support a rotational presence of UK and U.S. SSNs at SRF-West beginning as early as 2027, as well as Australia’s future sovereign SSN capability.

    The Secretaries and Deputy Prime Minister emphasised the importance of ensuring that our trilateral systems have the tools they need to transfer information and data in a timely fashion to facilitate cooperation.  They were pleased to welcome the August 2024 signing of an enabling agreement for trilateral cooperation related to naval nuclear propulsion. Once in force, this historic agreement will enable AUKUS partners to go beyond sharing naval nuclear propulsion information, allowing the United States and the United Kingdom to transfer nuclear-propulsion material and equipment to Australia required for the safe and secure construction, operation, and sustainment of conventionally armed, nuclear-powered submarines.  

    This agreement reaffirms, and remains consistent with, the AUKUS partners’ respective, existing international non-proliferation obligations. As a non-nuclear-weapon State Party to the Treaty on the Non-Proliferation of Nuclear Weapons, Australia has re-affirmed unequivocally that it does not have, and will not seek to acquire, nuclear weapons. 

    Pillar II – Advanced Capabilities

    The Secretaries and Deputy Prime Minister hailed progress being made under Pillar II to deliver capability to our defence forces while bolstering industry and innovation sector collaboration. AUKUS nations continue to pool the talents of our defence sectors to catalyse, at an unprecedented pace, the delivery of advanced capabilities.

    Through AUKUS Pillar II, our trilateral science and technology, acquisition and sustainment, and operational communities are working across the full spectrum of capability development—generating requirements, co-developing new systems, deepening industrial base collaboration, and bolstering our innovation ecosystems.  The Secretaries and Deputy Prime Minister welcomed progress made in building a more capable, combined joint force of the future because of this work.

    • This year, under the Maritime Big Play initiative, we are undertaking a series of integrated trilateral experiments and exercises to enhance interoperability and accelerate the combined fielding of autonomous uncrewed systems in the maritime domain.  Later this year, the three nations will bring together approximately 30 systems across four domains for the first large-scale AUKUS integrated demonstration.  The Secretaries and Deputy Prime Minister welcomed the inclusion of technologies from companies in each of the three nations and plans to expand to include additional industry partners in the future.
    • In 2024, AUKUS partners furthered their undersea warfare capabilities by beginning to scale up the ability to launch and recover uncrewed underwater systems from torpedo tubes on current classes of British and U.S. submarines, which will increase the range and capability of our undersea forces.  AUKUS partners are exploring opportunities to collaborate on sensors and payloads to maximize this capability and deliver effects such as strike, intelligence, surveillance, and reconnaissance.
    • In parallel, the United Kingdom and the United States are strengthening superiority in the maritime domain by integrating the Sting Ray lightweight torpedo into the P-8A Maritime Patrol Aircraft alongside the Mk 54 torpedo, with trials planned for 2025. This will increase the opportunity for interchangeability and potential work on future torpedo programmes.  These efforts will ultimately enhance the survivability of our surface combatant and submarine fleets.
    • In the area of long-range precision strike, we are increasing our collective ability to develop and deliver offensive and defensive hypersonic technologies through a robust series of trilateral tests and experiments that will accelerate the development of hypersonic concepts and critical enabling technologies.  These capabilities will hold time critical and heavily defended targets at risk from increased ranges, enhancing the survivability of our forces and defending our homelands and forces against potential threats.
    • Advancing our maritime domain autonomy and decision advantage efforts, AUKUS partners demonstrated and deployed common advanced artificial intelligence (AI) algorithms on P8-A Maritime Patrol aircraft to process data from each nations’ sonobuoys. These advances allow for faster data processing and improved target identification in congested acoustic environments, enhancing our combined anti-submarine warfare capabilities. The Secretaries and Deputy Prime Minister welcomed plans to scale these technologies in 2025.
    • Our joint forces demonstrated several innovative uses of AI technologies to enhance decision making and bolster combined military effects.  In March, AUKUS partners demonstrated the ability to rapidly co-develop and deploy trilateral AI algorithms to find and fix targets for strike.  The Secretaries and Deputy Prime Minister welcomed trilateral plans to explore the introduction of these capabilities into operational units in the coming years.

    The International Joint Requirements Oversight Council (I-JROC) remains a critical collaborative forum to identify and validate joint and combined requirements to ensure capability development considers interoperability and interchangeability from the very start. The Secretaries and Deputy Prime Minister welcomed the establishment of trilaterally determined key operational problems, leveraging existing activities to achieve capability development priorities endorsed by I-JROC. AUKUS partners seek:

    • An enhanced multi-domain long-range strike capability that incorporates asymmetric capabilities and integrated targeting;
    • Strengthened multi-domain integrated air and missile defence capability;
    • Resilient command and control systems that maintain a diverse range of information; and
    • Enhanced logistical networks that are able to deliver persistent support and sustainment for operations in contested environments.

    To this end, the Secretaries and Deputy Prime Minister welcomed work underway across our trilateral Armies, Navies, and Air Forces to explore additional opportunities for collaboration in the land, maritime, air, and other domains under AUKUS Pillar II. 

    A cornerstone of our AUKUS Pillar II program remains the opportunity to leverage the best of our defence industrial bases and innovation ecosystems.  Over the past year we have further integrated our innovation ecosystems and fostered increased collaboration with these stakeholder communities to explore opportunities in all aspects of Pillar II.

    • AUKUS partners executed the first trilaterally sponsored innovation prize challenge, which focused on electronic warfare.  The Secretaries and Deputy Prime Minister are pleased to announce Advanced Design Technology Pty Ltd, Inovor Technologies Pty Ltd and Penten Pty Ltd (AUS), Amiosec Ltd, University of Liverpool, Roke Manor Research Ltd, Autonomous Devices Ltd (UK), and Distributed Spectrum (U.S.) as the winners for this challenge.  The selection of these companies demonstrates the important contributions that our trilateral commercial sectors and innovation bases can make in addressing critical operational requirements.
    • Building on the success of this first challenge, the Secretaries and Deputy Prime Minister were pleased to endorse plans for a robust two-year agenda that will increase collaboration between and among our innovation centres of excellence.  Through this collaboration, AUKUS partners will leverage innovative tools to reach our entrepreneurs and actively solicit new and powerful capabilities from our trilateral innovation ecosystem and industrial base.
    • In coordination with industry associations representing the trilateral defence industrial base, the Advanced Capabilities Industry Forum, continues to provide an opportunity for representatives across government and industry to exchange ideas and deepen industrial collaboration in Pillar II.  By the end of this year, AUKUS partners will have convened meetings in each country and facilitated discussions with technology and policy subject matter experts to increase understanding and information sharing.
    • In response to industry feedback and as current projects mature beyond traditional research and development projects, the National Armaments Directors from each nation are identifying opportunities to harmonise acquisition processes and reducing barriers to facilitate the accelerated delivery of Pillar II advanced capabilities.

    In April 2024, the Secretaries and Deputy Prime Minister announced principles for engaging additional partners on opportunities to collaborate on AUKUS Pillar II projects.  The Secretaries and Deputy Prime Minister welcomed progress on consultations with Japan on improving interoperability with Japan’s maritime autonomous systems as an initial area of cooperation. The Secretaries and Deputy Prime Minister noted ongoing consultations with Canada, New Zealand, and the Republic of Korea to identify possibilities for collaboration on advanced capabilities under AUKUS Pillar II on a project by project basis.   

    Defence trade and industrial base collaboration

    To promote innovation and realise the goals of AUKUS, Australia, the United Kingdom, and the United States implemented momentous amendments to our respective export control regimes.  These historic efforts will maximise secure, licence-free defence trade and stimulate innovation across the full breadth of our defence collaboration, mutually strengthening our three defence industrial bases, while maintaining rigour and security in all three systems. The Secretaries and Deputy Prime Minister reaffirmed support to reduce bureaucratic barriers to collaboration to enable deeper defence industrial base cooperation.

    Updates to this page

    Published 26 September 2024

    MIL OSI United Kingdom

  • MIL-OSI Global: Big lithium plans for Imperial Valley, one of California’s poorest regions, raise a bigger question: Who should benefit?

    Source: The Conversation – USA – By Manuel Pastor, Distinguished Professor of Sociology and American Studies & Ethnicity, USC Dornsife College of Letters, Arts and Sciences

    The edge of the Salton Sea, a heavily polluted lake with large geothermal and lithium resources beneath it. Manuel Pastor

    Imperial County consistently ranks among the most economically distressed places in California. Its Salton Sea, the state’s biggest and most toxic lake, is an environmental disaster. And the region’s politics have been dominated by a conservative white elite, despite its supermajority Latino population.

    The county also happens to be sitting on enough lithium to produce nearly 400 million batteries, sufficient to completely revamp the American auto fleet to electric propulsion. Even better, that lithium could be extracted in a way consistent with broader goals to reduce pollution.

    The traditional ways to extract lithium involve either hard rock mining, which generates lots of waste, or large evaporation ponds, which waste a lot of water. In Imperial Valley, companies are pioneering a third method. They are extracting the mineral from the underground briny water brought up during geothermal energy production and then injecting that briny water back into the ground in a closed loop. It promises to yield the cleanest, greenest lithium on the planet.

    The hope of a clean energy future has excited investors and public officials so much that the area is being rechristened as “Lithium Valley.”

    In a region desperate for jobs and income, the prospect of a “white gold rush” is appealing. Public officials have been working to roll out the red carpet for big investors, including trying to create a clear plan for infrastructure and a quicker permitting process. To get community groups’ support, they are playing up the potential for jobs, including company commitments to hire local workers.

    But Imperial Valley residents who have been on the butt end of get-rich schemes around water and real estate in the past are worried that their political leaders may be giving away the store. As we explore in our new book, “Charging Forward: Lithium Valley, Electric Vehicles and a Just Future,” the U.S. has an opportunity to ensure that these residents directly benefit from the lithium extraction boom, which is an important part of the global shift to clean energy.

    Possibilities and perils in ‘Lithium Valley’

    Imperial Valley is emblematic of the potential and the risks that have long faced impoverished communities in resource-rich regions.

    To understand the possibilities and perils in Imperial Valley, it’s useful to remember that the world is not just moving away from fossil fuel extraction but toward more mineral extraction. Today’s battery technology – necessary for electric vehicles and energy storage – relies on minerals including cobalt, magnesium, nickel and graphite. And mineral extraction is often accompanied by obscured environmental risks.

    A prototype for CTR’s lithium-producing geothermal facility, in the Hell’s Kitchen area of Imperial Valley.
    Manuel Pastor

    In Imperial Valley, environmental and community organizations are worried about lithium extraction’s water use, waste and air pollution as production steps up and truck traffic increases. When your region’s childhood asthma rate is already more than twice the national average, and dust from the drying lake is toxic, kicking up a “little extra dust” is a big deal.

    Comite Civico del Valle, a long-established environmental justice organization in Imperial Valley, has sued to slow down a streamlined permitting process for Controlled Thermal Resources, a company planning lithium extraction there. The group’s concern is that inadequate environmental reviews could result in harm to residents’ health. Both the company and public officials are warning that the lawsuit could stop the lithium boom before it begins.

    Local communities are also concerned about how much benefit they will see while the industry profits. They note that the electric vehicle boom driving lithium demand occurred precisely because of public policy. Tesla, for example, has benefited from multiple rounds of state and federal zero-emissions vehicle incentives, including the sale of emissions credits that accounted for 85% of Tesla’s gross margin in 2009 and rose to US$1.8 billion a year by 2023.

    Behind these policies and financial incentives have been public will and taxpayer money.

    Young advocates with the Imperial Valley Equity & Justice Coalition have been spreading their concerns through the community.
    Chris Benner

    We believe that local residents, not just companies, deserve a return. Rather than promising to just pay for community “benefits,” such as environmental mitigation, contributions to municipal coffers or jobs, the companies could pay “dividends” directly to local residents and communities.

    There are models of this dividend approach. For example, the Alaska Permanent Fund gives an annual amount to all residents of that state from revenues obtained from the oil beneath the ground.

    In Imperial Valley, the actual ownership of the lithium is complex, involving a mix of privately owned subsurface rights, public lease rights obtained by companies and public rights held by the regional water district to whom companies will pay royalties.

    Given the ownership complexities and the desire to benefit as development takes place, local authorities and community organizations persuaded the state in 2022 to pass a per-metric-ton lithium tax to address local needs.

    Controlled Thermal Resources CEO Rod Colwell, right, walks near the Salton Sea with a colleague.
    AP Photo/Marcio Jose Sanchez

    That “flat tax” was bitterly resisted by some in the emerging industry on the grounds that it could make Imperial Valley’s less-polluting extraction method too costly to compete with environmentally damaging imports; after the vote, CTR’s CEO called the legislators “clowns.” Meanwhile, CTR has also agreed to hire union workers in the construction phase. Everyone – companies, communities and government officials – is struggling to balance economic viability with accountability.

    Lessons for a just transition

    The hesitance of low-income Imperial Valley residents to immediately buy into the lithium vision is deeply rooted in history.

    Decades of racial exclusion, patronizing practices and broken promises have led to deep distrust of outsiders who assert that things will be better this time.

    Irrigation at the turn of the last century was supposed to bring an agriculture boom, but the early result was a broken canal that released enough water over nearly two years of disrepair to create what is now the Salton Sea. The Salton Sea was then supposed to fuel recreational tourism, but the failure to replenish it with anything but agricultural runoff helped to kill fish, birds and recreation. A more recent scheme to attract solar farms in recent decades delivered little employment and more worries about agricultural displacement.

    You can still find old billboards promising a resort life on the Salton Sea, which today is one of the state’s most polluted lakes. Wind kicks up toxic dust when the water is low.
    Manuel Pastor

    Building the supply chain here, too

    In recent years, some people have pinned their hopes on lithium. The main site so far in Imperial Valley has been CTR’s Hell’s Kitchen. It’s a fitting moniker on summer days when temperatures regularly exceed 110 degrees.

    Ensuring that the surrounding communities benefit from this new lithium boom will require thinking about how to attract not just companies extracting the lithium but also those that will use it. So far, Imperial County has had limited success in attracting related industries. In 2023, a company named Statevolt said it would build a “gigafactory” there to assemble batteries. However, the company’s previous efforts – Britishvolt in the United Kingdom and Italvot in Italy – have stalled without any volts being produced. Imperial County will need serious suitors to make a go of it.

    A potentially promising future for modern transportation and energy storage may be brewing in Imperial Valley. But getting to a brighter future for everyone will require remembering a lesson from the past: that community investments tend to be hard-won. We believe that ensuring everyone benefits long term is essential for achieving a more inclusive and sustainable future.

    Research for the book from which this article draws was supported by the James Irvine Foundation, New Energy Nexus, the California Wellness Foundation, and Open Society Foundations. Manuel Pastor was also supported by a Residency at the Rockefeller Foundation’s Bellagio Center.

    Research for the book from which this article draws was supported by the James Irvine Foundation, New Energy Nexus, the California Wellness Foundation, and Open Society Foundations. Chris Benner was also supported by a Residency at the Rockefeller Foundation’s Bellagio Center.

    ref. Big lithium plans for Imperial Valley, one of California’s poorest regions, raise a bigger question: Who should benefit? – https://theconversation.com/big-lithium-plans-for-imperial-valley-one-of-californias-poorest-regions-raise-a-bigger-question-who-should-benefit-238397

    MIL OSI – Global Reports

  • MIL-OSI Africa: Energy and Electricity Minister attends BRICS Energy Ministers Meeting

    Source: South Africa News Agency

    The Minister of Electricity and Energy, Dr Kgosientsho Ramokgopa, has called on the BRICS Plus bloc of countries to work together to assist and support member countries to tackle energy challenges.

    The Minister was delivering his opening remarks at the 9th Annual BRICS [Brazil, Russia, India, China and South Africa] Energy Ministers’ Meeting in Moscow, Russia.

    “We believe that this BRICS group of like-minded country members has a huge potential, and working together will strengthen this resolve through cooperation on energy security.

    “[It will] also provide an opportunity to join efforts to annihilate the challenges diagnosed during the BRICS 2023 Summit held in South Africa, such as addressing the lack or absence of integrated energy policy framework, diversification and beneficiation at source of critical minerals, infrastructure development, manufacturing, technology transfer and intellectual property, scaling up energy efficiency, mobilisation of finance and investment, as well as skills and capacity building, amongst others,” Ramokgopa said.

    He called on the member countries to “tap and dig deeper into various capabilities and strengths” to ensure mutual support in harnessing the individual potential each country has at its disposal.

    “To mention a few opportunities, it is mining and beneficiation of critical minerals, and rare-earth elements required to power the green economy, [expand] hydro power potential, promising hydrogen solutions and its derivatives, gas, nuclear – including small modular reactors, renewables, storage, biofuels, as well as clean coal, and carbon capture utilisation and storage,” the Minister said.

    Ramokgopa highlighted that the meeting of BRICS Energy Ministers comes at a critical time, as countries ponder ways to transition towards low carbon economies.

    “This meeting comes at a critical phase where our countries are grappling with the challenge of balancing developmental goals with energy transition pathways. 

    “We must ensure that these transitions safeguard energy sovereignty and security, promote sustainable economic development, facilitate universal access and respond effectively to environmental imperatives, all the while ensuring no one is left behind,” he said.

    He told the meeting that the expansion of the BRICS bloc of countries is a “clear affirmation of the group’s growing significance and influence in the global energy agenda”. 

    “This is a pivotal moment, positioning BRICS to reshape, refocus, and reset the global energy architecture to ensure energy access, security, affordability, and eradicate energy poverty and promote a just energy transition.

    “For us as South Africa, we see this as an opportune moment to clearly articulate our collective position as the developing nations that will enable us to continue to use our energy resources through innovative technologies that allow us to move from high emitting to low emitting energy systems, and thus achieve carbon-neutrality or net-zero at a pace and scale that is in line with our different national circumstances and capabilities.

    “In this regard, we want to reiterate that our approach to an inclusive and people centred energy transition is informed by the need to maintain energy security in support of socio-economic objectives,” Ramokgopa said. – SAnews.gov.za

    MIL OSI Africa

  • MIL-OSI: Clean Core and CNL sign Cost Share Project under CNRI to advance Thorium-Based ANEEL™ Fuel

    Source: GlobeNewswire (MIL-OSI)

    Canadian Nuclear Laboratories facilities – Photo © Canadian Nuclear Laboratories

    CHICAGO, Sept. 26, 2024 (GLOBE NEWSWIRE) — Clean Core Thorium Energy (Clean Core) is pleased to announce that it has been accepted to participate in Canadian Nuclear Laboratories’ (CNL) Canadian Nuclear Research Initiative (CNRI). Through the program, CNL and Clean Core will work to verify and validate the computer codes and analytical models employed in the design and safety analysis of Clean Core’s ANEEL™ fuel which will enable its accelerated commercialization for the Canada Deuterium Uranium (CANDU) reactors.

    Clean Core has developed and patented a fuel, named the ANEEL™ fuel, made of thorium and enriched uranium. The fuel is designed for use in existing pressurized heavy water reactors (PHWR) and CANDU reactors with flexibility across enrichment levels (LEU+ to HALEU) as well as fuel designs (such as 19-pin and 37-pin). The fuel retains the same external dimensions as the currently used natural uranium (NU) fuel and leverages a high burnup, once-through fuel cycle. With no modifications to the reactor or its core, the ANEEL™ fuel derives several advantages over the currently used low burnup, NU fuel including improved safety, economics, and operations as well as reduced nuclear waste volumes and proliferation resistance.

    Launched in 2019, the CNRI program was established by CNL to accelerate the deployment of nuclear technologies in Canada by enabling research and development, and connecting the nuclear industry with the facilities and expertise within Canada’s national nuclear laboratories. Among the many benefits of the program, participants optimize resources, share technical knowledge, receive cost share funding and gain access to CNL’s expertise to help advance the commercialization of nuclear technologies.

    “Clean Core recognizes this as a key collaboration for the ANEEL™ fuel by leveraging the technical capabilities and existing domain expertise at CNL for development and assessment of various fuel, physics and thermohydraulic models,” says Mehul Shah, CEO and Founder of Clean Core. “This collaboration will meaningfully accelerate the deployment of the ANEEL™ fuel, which can impact the Canadian and global nuclear industries.“

    Clean Core completed initial design studies, and recently announced the successful conclusion of the Phase 1 Pre-licensing Vendor Design Review process with the Canadian Nuclear Safety Commission. Additionally, Clean Core signed a Strategic Partnership Project Agreement with the US DOE and is currently performing irradiation testing and qualification of the ANEEL fuel in the Advanced Test Reactor at Idaho National Labs with burnup targets of up to 60 GWd/T.

    About Clean Core Thorium Energy

    Clean Core Thorium Energy is a nuclear fuel company exploring thorium-driven nuclear innovations. Clean Core’s patented nuclear fuel technology (called the ANEEL™ fuel) is comprised of thorium and enriched uranium (LEU+ to HALEU), which is capable of improving the safety and cost-efficiency of pressurized heavy-water reactors. The ANEEL™ fuel is a novel solution to safety, waste, and proliferation concerns in today’s nuclear plants.

    Learn more at https://cleancore.energy/. Follow us on social media: LinkedIn and X.

    Clean Core Contact:

    Milan Shah
    Chief Operating Officer
    milan@cleancore.energy 

    A photo accompanying this announcement is available at https://www.globenewswire.com/NewsRoom/AttachmentNg/907e1d40-e8e4-4214-819e-1be40dd0050d

    The MIL Network

  • MIL-OSI USA: Senator Cramer: Department of Energy Awards Initial Funding to Project Tundra

    US Senate News:

    Source: United States Senator Kevin Cramer (R-ND)

    ***Click here for audio***

    WASHINGTON, D.C. – The U.S. Department of Energy (DOE) announced an award of $4.2 million to Project Tundra. This is the first installment of up to $350 million to Project Tundra. These funds will be distributed through the fully-paid-for Bipartisan Infrastructure Law’s Carbon Capture Demonstration Projects Program, which supports the development of community-informed integrated carbon capture, transport, and storage projects.

    “This initial award really brings Project Tundra one step closer to being the first user of carbon capture utilization storage technology at a coal plant with on-site storage in the country, and how appropriate that it would be done in North Dakota,” said U.S. Senator Kevin Cramer (R-ND). “This project demonstrates our state’s ingenuity and decades of energy development, experience, and dominance.  Obviously, more work lies ahead, but this is really welcome progress.”

    Project Tundra will capture up to 4 million metric tons of CO2 annually from the Milton R. Young Station, a lignite coal-based power plant. The CO2 would then be safely stored in geologic formations, roughly a mile underground. The facility’s commercial operation is set to begin in 2028. In June 2023, he announced Project Tundra entered into the final stage of development and congratulated the effort to deploy carbon capture at scale in North Dakota. 

    MIL OSI USA News

  • MIL-OSI USA: House Passes Steel, Lee Legislation Boosting Geothermal Production

    Source: United States House of Representatives – Representative Michelle Steel (CA-48)

    WASHINGTON, D.C. – The U.S. House of Representatives has passed Rep. Michelle Steel (R-CA) and Rep. Susie Lee’s (D-NV) legislation to speed up geothermal energy production, a move which would provide a more sustainable and reliable energy future in the United States.

    H.R. 6474 would expedite geothermal exploration and development in previously studied or developed areas. California and Nevada lead the nation in geothermal energy production, with more growth opportunities possible under the provisions outlined in the legislation.

    “Geothermal energy is a vital tool to make America more energy independent and less reliant on our adversaries. This legislation will provide a cleaner energy future and allow my home state of California to seize the reins as a leading national energy provider,” said Rep. Michelle Steel. “I was honored to work with Representative Susie Lee to successfully pass this legislation through the House of Representatives and look forward to its passage in the Senate.”

    You can view Rep. Steel’s floor speech here.

    The legislation amends the Energy Policy Act of 2005 to allow for new categorical exclusions for geothermal projects, under permitting requirements set by the National Environmental Policy Act.

    “If we want to fully unleash our renewable energy potential, then we need to cut the red tape that has been a barrier to the growth of geothermal energy development,” said Congresswoman Lee. “I want to thank Congresswoman Steel for partnering on this commonsense, bipartisan bill to strengthen energy independence and help lower costs for the working families we represent.
     
    According to 2023 data from the U.S. Energy Information Administration, California provides 66.6% of the nation’s geothermal power while Nevada provides 26.1%.

    “America’s energy future requires an all-of-the-above strategy. Congresswoman Steel’s legislation that passed the House today will expedite geothermal energy projects and streamline development of our abundant geothermal energy sources right here in America. I applaud her for her thoughtful work on this issue and her forward-thinking legislative solution,” said House Natural Resources Committee Chairman Bruce Westerman.

    After passing the House, the legislation now moves to the U.S. Senate for approval.

    ###

    MIL OSI USA News

  • MIL-OSI Asia-Pac: Sun Dong attends automotive summit

    Source: Hong Kong Information Services

    Secretary for Innovation, Technology & Industry Prof Sun Dong attended automotive supply chain meetings in Wuhan, Hubei Province today.

    In the morning, Prof Sun attended the 2024 China Automotive Supply Chain Conference & the Third China Intelligent Networked New Energy Vehicle Ecological Conference organised by the China Association of Automobile Manufacturers and Dongfeng Motor Corporation, as well as the launch ceremony of the International Automotive & Supply Chain (Hong Kong) Summit and the 2025 International Automotive & Supply Chain Expo (Hong Kong).

    Speaking at the conference, Prof Sun said that the automobile industry has entered the new energy era, making it an emerging industry under new industrialisation. In the Hong Kong Innovation & Technology Development Blueprint, new energy vehicles is one of the significant industries advocated for development under new industrialisation.

    He added that over the past two years or so, the Hong Kong Special Administrative Region Government attracted over 100 strategic innovation and technology (I&T) enterprises to set up their businesses in Hong Kong, including BeyonCa, a joint enterprise established earlier in the city by today’s event co-organiser Dongfeng Motor Corporation and France’s Renault Group.

    The tech chief also expressed confidence that Hong Kong can make new contributions to the innovative development of the national supply chain of the new energy vehicle industry, thereby augmenting the new advantages of Chinese vehicle brands.

    At the Dongfeng Motor Corporation, Prof Sun learnt about its latest developments, product planning and corporate culture. He also had in-depth exchanges with the corporation’s Chairman Yang Qing on its development of new quality productive forces in the future and potential co-operation opportunities between the two parties in aspects such as new industrialisation.

    He particularly hoped that both sides’ collaboration on BeyonCa setting up in Hong Kong would serve to demonstrate their co-operation with each other.

    During a tour of the assembly final workshop at the corporation’s Mengshi Tech Intelligent Park, Prof Sun experienced the functionality and performance of the latest domestic high-end off-road electric vehicles.

    In the afternoon, he visited Wuhan FineMEMS to gain an understanding of the national high technology enterprise’s research and development, and products in providing Microelectromechanical Systems sensors, and metallic thick film pressure sensors and system.

    Prof Sun then proceeded to the Wuhan University to exchange views with its leaders and experts, as well as other local higher education institutions, the Hubei Provincial Government’s Hong Kong & Macao Affairs Office, Hubei Province’s Department of Science & Technology and high-tech enterprises.

    The tech chief expressed his support for deepening I&T co-operation among higher education institutions between the two places.

    MIL OSI Asia Pacific News