Category: AM-NC

  • MIL-OSI China: ChinaSat-9C to strengthen satellite broadcasting services

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

    The newly launched ChinaSat-9C satellite will further bolster satellite broadcasting services and support the public cultural service system for radio and television, according to China Satcom, a subsidiary of the China Aerospace Science and Technology Corporation.

    China sent the ChinaSat-9C satellite into space on Friday from the Xichang Satellite Launch Center in its southwestern Sichuan Province, using a Long March-3B carrier rocket. After completing in-orbit testing, the satellite will be handed over to China Satcom for operation and management.

    Experts from China Satcom explained that as a dedicated broadcasting satellite, ChinaSat-9C features significant performance improvements, particularly in regional coverage capabilities.

    “Whether in a nomadic tent on the plateau or a fishing boat’s cabin at sea, a single satellite antenna enables information access across vast distances,” said a China Satcom representative, highlighting how China’s independently developed satellite communication network supports this capability.

    The development of China’s broadcasting satellites traces back to 1984 with the successful launch of Dongfanghong-2, the country’s first geostationary broadcasting satellite that conducted pioneering TV and radio transmission experiments.

    In 2017, China Satcom initiated a comprehensive upgrade program using the enhanced Dongfanghong-4 platform. This modernization effort saw ChinaSat-9B replace ChinaSat-9A in 2021, ChinaSat-6D succeed ChinaSat-6A in 2022, and ChinaSat-6E take over from the imported ChinaSat-6B in 2023. The newly launched ChinaSat-9C will completely replace the imported ChinaSat-9 satellite.

    “Through continuous innovation, we’ve achieved domestic production of critical components including onboard batteries, momentum wheels and power distribution units,” the representative noted.

    China’s domestically-produced broadcasting satellites have reached world-class levels in terms of both performance and service life, the representative added.

    Currently, China Satcom’s satellite fleet supports the transmission of over 200 standard-definition TV channels, nearly 100 high-definition channels, three ultra-high-definition channels and about 400 radio programs.

    MIL OSI China News

  • MIL-Evening Report: What is a ‘bunker buster’? An expert explains what the US dropped on Iran

    Source: The Conversation (Au and NZ) – By James Dwyer, Lecturer, School of Social Sciences, University of Tasmania

    The jagged silhouette of a B2 stealth bomber seen during a 2015 flyover in the US. Jonathan Daniel / Getty Images

    Late on Saturday night, local time, the United States carried out strikes against Iranian nuclear enrichment sites at Fordow, Natanz and Isfahan, marking its open participation in the conflict between Iran and Israel.

    The US says it fired 30 submarine-launched missiles at the sites in Natanz and Isfahan, as well as dropping more than a dozen “bunker buster” bombs at Fordow and Natanz.

    The kind of bomb in question is the extremely destructive GBU-57 Massive Ordance Penetrator, or MOP, which weighs around 13.5 tonnes.

    The attacks raise a lot of questions. What are these enormous bombs? Why did the US feel it had to get involved in the conflict? And, going forward, what does it mean for Iran’s nuclear ambitions?

    What are ‘bunker busters’, and why are they used?

    Bunker busters are weapons designed to destroy heavily protected facilities such as bunkers deep underground, beyond the reach of normal bombs.

    Bunker busters are designed to bury themselves into the ground before detonating. This allows more of the explosive force to penetrate into the ground, rather than travelling through the air or across the surface.

    Iran’s nuclear enrichment sites at Fordow, Natanz and Isfahan are built deep underground. Estimates suggest that Fordow for example could be 80m beneath the surface, and capped with layers of reinforced concrete and soil.

    What is the MOP?

    The bunker buster used in this particular operation is the largest in the US arsenal. Leaving aside nuclear weapons, the MOP is the largest known buster buster in the world.

    Weighing some 13.5 tonnes, the MOP is believed to be able to penetrate up to 60 metres below ground in the right conditions. It is not known how many the US possesses, but the numbers are thought to be small (perhaps 20 or so in total).

    We also don’t know exactly how many were used in Iran, though some reports say it was 14. However, it is likely to be a significant portion of the US MOP arsenal.

    Why does only the US possess this capability?

    The US is not the only state with bunker-busting weaponry. However, the size of MOP means it requires very specialised bombers to carry and drop it.

    Only the B2 stealth bomber is currently able to deploy the MOP. Each B2 can carry at most two MOPs at a time. Around seven of America’s 19 operational B2s were used in the Iran operation.

    There has been some consideration whether large transport aircraft such as the C-130 Hercules could be modified to carry and drop the MOP from its rear cargo doors. While this would allow other countries (including Israel) to deploy the MOP, it is for now purely hypothetical.

    Why has the US (apparently) used them in Iran

    The Trump administration claims Iran may be only a few weeks from possessing a nuclear weapon, and that it needed to act now to destroy Iranian nuclear enrichment sites. This claim is notably at odds with published assessments from the US intelligence community.

    However, Israel lacks bunker busting weaponry sufficient to damage the deeply buried and fortified enrichment sites at Fordow, Natanz and Isfahan.

    An F-15E Strike Eagle releases a GBU-28 ‘bunker buster’ laser-guided bomb, a smaller equivalewnt of the 13,600 kg GBU-57 ‘Massive Ordnance Penetrator’ believed to have been used in Iran.
    Michael Ammons / US Air Force

    Only the MOP could do the job (short of using nuclear weapons). Even then, multiple MOPs would have been required to ensure sufficient damage to the underground facilities.

    The US has claimed that these sites have been utterly destroyed. We cannot conclusively say whether this is true.

    Iran may also have other, undeclared nuclear sites elsewhere in the country.

    Iran’s reaction

    The US has reportedly reached out to Iran via diplomatic channels to emphasise that this attack was a one-off, not part of a larger project of regime change. It is hard to say what will happen in the next few weeks.

    Iran may retaliate with large strikes against Israel or against US forces in the region. It could also interrupt shipping in the Strait of Hormuz, which would affect a large portion of global oil shipments, with profound economic implications.

    Alternatively, Iran could capitulate and take steps to demonstrate it is ending its nuclear program. However, capitulation would not necessarily mean the end of Iran’s nuclear ambitions.

    The value of nuclear weapons

    Perhaps a greater concern is that the attack will reinforce Iran’s desire to go nuclear. Without nuclear weapons, Iran was unable to threaten the US enough to deter today’s attack.

    Iran may take lessons from the fate of other states. Ukraine (in)famously surrendered its stockpile of former Soviet nuclear weapons in the early 1990s. Russia has since felt emboldened to annex Crimea in 2014 and launch an ongoing invasion in 2022. Other potential nuclear states, such as Iraq and Gadaffi’s regime in Libya, also suffered from military intervention.

    By contrast, North Korea successfully tested its first nuclear weapon in 2006. Since then there has been no serious consideration of military intervention in North Korea.

    Iran may yet have the ability to produce useful amounts of weapons-grade uranium. It may now aim to buy itself time to assemble a relatively small nuclear device, similar in scale to the bombs used in Hiroshima and Nagasaki.

    Depending on what facilities and resources have survive the US strikes, the attack has likely reinforced that the only way the Iranian regime can guarantee its survival is to possess nuclear weapons.

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

    ref. What is a ‘bunker buster’? An expert explains what the US dropped on Iran – https://theconversation.com/what-is-a-bunker-buster-an-expert-explains-what-the-us-dropped-on-iran-259508

    MIL OSI AnalysisEveningReport.nz

  • MIL-Evening Report: The US has entered the Israel-Iran war. Here are 3 scenarios for what might happen next

    Source: The Conversation (Au and NZ) – By Ian Parmeter, Research Scholar, Middle East Studies, Australian National University

    After prevaricating about whether the United States would enter Israel’s war on Iran, President Donald Trump finally made a decision.

    Early Sunday, US warplanes struck three of Iran’s nuclear sites at Natanz, Isfahan and Fordow, where the Iranians have a uranium enrichment plant buried about 80 metres beneath a mountain.

    These strikes have to be viewed as part of an overall continuum that began with the Gaza war following Hamas’ attack on Israel on October 7, 2023, and then continued with Israel’s attacks on Hezbollah (the Iran-backed militant group in Lebanon) and the fall of the Iran-backed Assad regime in Syria.

    Iran has never been weaker than it is now. And when Trump said it may take two weeks for him to decide whether to bomb Iran, the Israelis likely pushed him to act sooner.

    We can assume there was a lot of Israeli pressure on Trump to use the massive ordnance penetrators, the 30,000-pound (13,600-kilogram) “bunker buster” bombs that only the US can deploy with its B2 bombers.

    Now that Trump has taken the significant step of entering the US in yet another Middle East war, where could things go from here? There are a few possible scenarios.

    Iran strikes back

    The Iranians know they don’t have the strength to take on the US, and that the Americans can do enormous damage to their country and even put the Iranian regime’s stability at risk.

    This is always the prime consideration of of the clerical regime led by Supreme Leader Ali Khamenei – everything else is subordinate to that.

    To gauge Iran’s possible reaction, we can look at the how it responded to the first Trump administration’s assassination of the head of the Islamic Revolutionary Guard Corps’ elite Quds Force, Qassem Soleimani, in January 2020.

    Iran said there would be a major reaction, but all it did was launch a barrage of missiles at two American bases in Iraq, which caused no US fatalities and very little damage. After that token retaliation, Iran said the matter was closed.

    Iran’s reaction to the new US strikes will likely be along these lines. It probably won’t want to get into a tit-for-tat with the US by launching attacks against American facilities in the region. Trump has promised to respond with force:

    Iran, a bully of the Middle East, must now make peace. If they do not, future attacks will be far greater and a lot easier.

    It’s also unclear how long Iran will be able to prosecute this war. This depends largely on how many ballistic missiles and launchers it has left.

    There are various estimates as to how many ballistic missiles Iran may have remaining in its stockpiles. It was believed to have about 2,000 missiles capable of reaching Israel at the start of the war. Some estimates say Iran has fired 700 of them; others say around 400. Whatever the number is, its stockpiles are dwindling quickly.

    Israel has also destroyed about a third of Iran’s ballistic missile launchers. If Israel is able to destroy all of them, Iran would have very limited ability to fight back.

    Iran backs down

    Before the US got involved in the conflict, Iran said it was prepared to negotiate, but it wouldn’t do so while Israel was still attacking.

    So, one scenario is that some sort of compromise can now be worked out, in which Israel announces a ceasefire and Iran and the US agree to resume negotiations on Tehran’s nuclear program.

    The big problem is that Israeli Prime Minister Benjamin Netanyahu has said he doesn’t trust the negotiating process and he doesn’t want to stop Israel’s military actions until all of Iran’s nuclear facilities have been completely destroyed. He’s also been bombing Iran’s oil terminals and gas facilities to put even more pressure on the regime.

    But the regime has shown itself to be incredibly determined not to lose face. It was under great pressure at different times during the Iran-Iraq war in the 1980s and never considered surrendering until a US missile mistakenly took down an Iranian passenger jet, killing 290 people.

    Iran then agreed to a UN-brokered ceasefire. But the Iran-Iraq war lasted eight years, causing an estimated one million deaths. And when the then-supreme leader, Ayatollah Ruhollah Khomeini, agreed to the ceasefire, he said it was “worse than drinking poison”.

    Given the state of Iran’s military capabilities, Khamenei, the current supreme leader, might surrender simply to try to preserve the regime. But this would be quite a climbdown as far as he’s concerned, and he has been very obstinate in the past.

    The regime is very unpopular, but the Iranian people, in my experience, are strongly patriotic – loyal to their country, if not the regime. Though it’s difficult to gauge opinion in a country of 90 million people, a lot of Iranians would not want to be ordered to do anything by the US or Israel, and would rather fight on.

    Netanyahu has said he wants to create the conditions for the Iranian people to rise up against the regime.

    But it’s worth bearing in mind that the opposite of autocracy is not necessarily democracy. It could possibly be chaos. Iran has a number of different ethnic groups and there may be huge disagreements over what should take the place of the clerical regime, were it to fall.

    At this stage, the regime will probably be able to hold together. And even if Khameini were to die suddenly, the regime will likely be able to quickly replace him.

    Though we don’t know his probable successor, the regime has had plenty of time to plan for this. Those in senior positions will also know that a post-Khamenei succession struggle really would put the regime at risk.

    The US engagement is limited

    According to the new polling by The Economist and YouGov, released on June 17, 60% of Americans were opposed to joining the conflict between Israel and Iran, with just 16% in favour. Among Republicans, 53% opposed military action.

    So, these strikes were not an obviously popular move among Americans at this stage. However, if this is an isolated event and succeeds in bringing a swift end to the war, Trump will probably be applauded by a majority of Americans.

    If the US has to go back with more bombers – or there are serious attacks on US interests in the region – there could be more adverse reactions among Americans.

    Another question is whether Iran’s 400 kilograms of 60% enriched uranium have been destroyed in the US attack.

    If it hasn’t been destroyed, and depending how much damage has been done to its centrifuges, Iran may be able to reconstruct its nuclear program relatively quickly. And it could have more incentive to further enrich this uranium to 90% purity, or weapons-grade level, to build a nuclear device.

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

    ref. The US has entered the Israel-Iran war. Here are 3 scenarios for what might happen next – https://theconversation.com/the-us-has-entered-the-israel-iran-war-here-are-3-scenarios-for-what-might-happen-next-259509

    MIL OSI AnalysisEveningReport.nz

  • MIL-OSI USA: Cramer Statement on U.S. Involvement in Israel-Iran Conflict

    US Senate News:

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

    BISMARCK, N.D. — On Saturday, President Donald Trump announced his decision for the United States to take military action against Iran in its ongoing conflict with Israel. The president said the United States successfully attacked three nuclear sites in Iran, including Fordow, Natanz, and Esfahan.

    U.S. Senator Kevin Cramer (R-ND), a member of the Senate Armed Services Committee (SASC), issued the following statement:

    “When the United States alone is able to do what others cannot, we must do what needs to be done, and that is exactly what President Trump ordered today. Iran must be prevented from acquiring a nuclear weapon. The Islamic Republic of Iran is more than a nuisance, it is a dangerous animal that must be stopped, and the firepower of the United States military was up to the task. President Trump is living up to his promise to end wars, which sometimes requires a show of strength. Tonight, the world has seen our strength on full display, and the world is safer for it. God Bless the United States Military and bring peace to our world.”

    MIL OSI USA News

  • MIL-OSI Russia: IAEA Launches New Series of Webinars on Nuclear Law

    Translation. Region: Russian Federal

    Source: International Atomic Energy Agency –

    IAEA launches third series of webinars on nuclear law to meet the growing demand for legislative assistance, in particular from countries embarking on the introduction of nuclear power. Starting on 24 April 2025, a new series of webinars will cover key issues and recent developments in the IAEA Legislative Assistance Programme to help policymakers, decision makers and stakeholders around the world develop robust national nuclear law frameworks.

    The new series builds on the success of the 2021–2022 Nuclear Law Webinar Series. “In an ever-changing world, nuclear law remains key to ensuring that everyone can benefit from the peaceful uses of nuclear science and technology while respecting nuclear safety and security,” said Peri Lynn Johnson, Assistant Director General and Legal Counsel in the Bureau of Legal Affairs. “The new webinar series is designed to enhance participants’ knowledge and awareness, and to acquaint them with the role and importance of nuclear law in light of today’s challenges and opportunities.”

    The 2021–2022 webinar series brought together nearly 1,000 government officials from nearly 100 countries, experts in policy, law, regulation and technology. Held from October 2021 to August 2022, the webinar series consisted of eight sessions that covered, among other topics, the following: developments in nuclear law; the role of national nuclear law in establishing the regulatory framework; decommissioning and radioactive waste and spent fuel management issues from a nuclear law perspective; radioactive sources and liability for damage; new elements in the 2005 amendment to the Convention on the Physical Protection of Nuclear Material; small modular reactors (SMRs), the legal basis for managing transboundary nuclear risks, as well as openness and transparency in international and national nuclear law.

    The new series includes five webinars on the following topics:

    The relationship between safety and security in nuclear law; Steps towards an international nuclear liability regime; The IAEA’s tailored approach to nuclear law; The legal basis for SMRs and sea-based civil nuclear applications; Experience of the IAEA University Partnership Programme in Nuclear Law.

    The expert-led sessions will provide background information on each topic and then provide an interactive question and answer session, facilitating engagement with participants and allowing experts to further share their expertise in these areas.

    This webinar series is part of the IAEA Legislative Assistance Programme, which aims to raise awareness of the importance of becoming party to relevant international legal instruments and developing comprehensive national nuclear legislation. The programme also provides bilateral legislative assistance to Member States and conducts workshops and refresher courses on nuclear law.

    The webinar series is open to government officials and legal and policy stakeholders. The webinars will also be of particular benefit to Member States that have limited or no participation in the relevant international legal instruments adopted under the auspices of the IAEA, as well as Member States that are in the process of updating their national nuclear legal frameworks.

    The webinar schedule is provided below. Additional information about the new webinar series is available here Here.

    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.

    MIL OSI Russia News

  • MIL-OSI Russia: IAEA laboratories open for online tours from around the world

    Translation. Region: Russian Federal

    Source: International Atomic Energy Agency –

    Visitors from all over the world can walk through a greenhouse where coffee beans more resilient to climate change are grown, immerse themselves in a tropical forest ecosphere where fruit flies fly, or see some of the equipment used to test the peaceful uses of nuclear materials – all from their laptop, tablet or phone. To this end, our website has launched 14 Virtual Tours of IAEA Laboratories.

    Laboratories, some of which were created back in 1958, can now be visited virtually by anyone interested in learning about nuclear science and technology for development, how the IAEA helps countries use it, and what tools are used to verify that nuclear material continues to be used for peaceful purposes – the so-called safeguards.

    Visitors can tour the various laboratory areas where researchers and technicians work in the fields of food and agriculture, human health, environmental and radiation monitoring, and safeguards equipment.

    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.

    MIL OSI Russia News

  • MIL-OSI Russia: What is food irradiation and why is it important?

    Translation. Region: Russian Federal

    Source: International Atomic Energy Agency –

    Food irradiation is a gentle, non-contact method that uses radiation to ensure the freshness and safety of food. It eliminates germs and controls insects and other pests while maintaining the nutritional value, taste, and overall quality of food. It can also be used to stop the spread of insect pests. This method uses irradiation to transfer energy to food without changing its temperature or leaving residues. It is commonly used to preserve the quality of high-value foods such as spices, fish, and meat, and now exotic fruits and vegetables.

    Ensuring that food is available in sufficient quantities, is nutritious and safe is essential to food security. However, food is not only food and sustenance, it is also an integral part of our cultural heritage and identity. Importantly, there are a number of methods that help to maintain the safety and health of food, as well as its pleasant taste, texture, smell and appearance.

    Food irradiation can effectively extend shelf life, reduce waste, and provide consumers with access to the highest quality fresh produce. For example, irradiation can keep fresh strawberries in the refrigerator for up to seven days longer.

    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.

    MIL OSI Russia News

  • MIL-OSI China: Taiwan holds worship ceremony for mythical ancestor Fuxi

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

    This photo taken on June 21, 2025 shows a ceremony worshiping Fuxi in New Taipei City, southeast China’s Taiwan. (Xinhua/Li Jianhua)

    Hundreds of people attended a ceremony to worship Fuxi, the mythical ancestor of the Chinese nation, in New Taipei City in Taiwan on Saturday.

    The event took place at the same time as a similar ceremony held in Tianshui in northwestern Gansu Province, where Fuxi is believed to have been born.

    This is the 12th consecutive year that people on both sides of the Taiwan Strait have simultaneously held ceremonies of worship for the legendary figure, since the first such ceremonies took place in 2014.

    During the 2025 event in Taiwan, which was held at Xianse Temple in New Taipei City, representatives from various sectors in Taiwan followed ancient rites, offering flowers and paying respects to the sacred statue of Fuxi via either bowing or prostration.

    Wang Jin-pyng, chief ceremony officiant and former leader of Taiwan’s legislature, expressed hope that the ritual would help promote the spirit of Fuxi in Taiwan — fostering cultural confidence and a sense of national identity.

    Lee Chien-lung, an associate officiant who is also in charge of Xianse Temple, said the grand ceremony not only honors ancestral virtues, but also educates and inspires younger generations.

    “This is a reflection of the continuous inheritance of Chinese culture,” Lee said. He added that he hoped that young people would come to understand the richness of Chinese civilization, and recognize that people on both sides of the Taiwan Strait share a common Chinese heritage.

    In Chinese mythology, Fuxi is generally believed to have composed a calendar, invented “Bagua,” or “Eight Trigrams,” and taught people about hunting, fishing and domestication.

    MIL OSI China News

  • MIL-OSI USA: Chairman Mast on U.S. Strikes on Iranian Nuclear Sites

    Source: US House Committee on Foreign Affairs

    Media Contact 202-321-9747

    WASHINGTON, D.C. – Today, House Foreign Affairs Committee Chairman Brian Mast issued the following statement in response to the successful U.S. strikes on three Iranian nuclear sites.

    President Trump assured America and the world that there would be no Iranian nuclear weapons and he has no fictitious red lines. America and Iran both had a choice and we both chose action.” 

    ###

    MIL OSI USA News

  • MIL-OSI Russia: BYD Announces Delivery of Its Fifth BYD Ro-Ro “Xi’an”

    Translation. Region: Russian Federal

    Source: People’s Republic of China in Russian – People’s Republic of China in Russian –

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

    SHENZHEN, June 22 (Xinhua) — Leading Chinese electric vehicle maker BYD announced Saturday the official handover of its fifth BYD “Xi’an” ro-ro in Yizheng City, east China’s Jiangsu Province, marking a major advancement in the development of the company’s global sales and supply chain system.

    The 219.9-metre-long, 37.7-metre-wide BYD ro-ro Xi’an has 16 car decks, a top speed of 19 knots and can accommodate 9,200 cars, according to BYD, based in Shenzhen, southern China’s Guangdong Province.

    The vessel uses advanced dual-fuel propulsion technology using liquefied natural gas (LNG), which significantly improves the vessel’s energy efficiency and reduces harmful emissions.

    BYD has previously launched four ro-ro carriers transporting Chinese new energy vehicles to global markets.

    The use of these ro-ro vehicles has significantly improved the efficiency of the company’s overseas deliveries, reduced logistics costs and transport cycles, and accelerated the implementation of BYD’s global expansion strategy, the company said in a statement. -0-

    MIL OSI Russia News

  • MIL-OSI Russia: Lu Ban’s Workshop Officially Opens at MTUCI

    Translation. Region: Russian Federal

    Source: People’s Republic of China in Russian – People’s Republic of China in Russian –

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

    TIANJIN, June 22 (Xinhua) — The Lu Ban Workshop was officially opened at the Moscow Technical University of Communications and Informatics (MTUCI) recently.

    This workshop was created through joint efforts of MTUCI and Tianjin Vocational College of Electronics and Information Science and will become an important bridge for Chinese-Russian cooperation in the field of digital technologies.

    The workshop has more than 800 square meters of modern training space. Chinese communications enterprises actively participate in training at Lu Ban Workshop and, together with the Russian side, train specialists in 5G technologies.

    The workshop is named after the ancient Chinese carpenter and builder Lu Ban, who is a representative of the Chinese architectural tradition. Lu Ban Workshop is a world-famous brand of professional education promoted and implemented by China. -0-

    MIL OSI Russia News

  • MIL-OSI Russia: The ASEAN Express train departed from Duisburg, Germany, on its return journey

    Translation. Region: Russian Federal

    Source: People’s Republic of China in Russian – People’s Republic of China in Russian –

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

    Duisburg, Germany, June 22 (Xinhua) — The ASEAN Express freight train departed from Duisburg, Germany, on Saturday.

    The train, loaded with maternity and childcare products, cosmetics and medical supplies, is expected to arrive in ASEAN countries in 19 days, passing through the southwest Chinese city of Chongqing.

    “ASEAN Express” has provided a “seamless connection” between two major international trade routes – the new international land-sea trade corridor and the China-Europe freight rail route. It has also significantly improved transportation efficiency compared with traditional sea routes.

    Li Yan, deputy director of Chongqing Port and Logistics Bureau, said that the ASEAN Express, an extension of the China-Europe freight rail service, has the potential to become an efficient, green and stable economic and trade corridor connecting the two continents.

    Following the departure ceremony of the ASEAN Express train, a promotional event was held, during which representatives of Chinese and German enterprises exchanged views on corridor cooperation and supporting services. Several cooperation agreements were signed. –0–

    MIL OSI Russia News

  • MIL-OSI Russia: How Radiation Helps Fight Insect Pests

    Translation. Region: Russian Federal

    Source: International Atomic Energy Agency –

    Sterile insect method – is an approach that uses ionizing radiation to sterilize large numbers of laboratory-reared insects, which are then released into pest-infested areas to mate with wild populations of the same species. Since these sterilized insects are unable to produce offspring, the pest population eventually declines.

    When using MSN for many insect species, breeding of both sterile males and females is allowed. However, in most cases, breeding of males is more effective, including economically. There are several main reasons for this.

    First, sterile males are much more effective at preventing reproduction in wild insects, as they actively seek out wild females for mating and can mate with multiple females. Therefore, breeding and releasing only males into the wild speeds up the process of introducing sterility – sterile males mate only with wild females, without being distracted by sterile females. Moreover, in the unlikely event of a failure in the sterilization process, using only males eliminates the risk of fertile females being released into the environment.

    Secondly, when breeding only male insects, the costs of transporting and releasing sterile individuals are reduced by half compared to breeding both males and females.

    Thirdly, it is much safer, since in some cases releasing female insects can have negative consequences and be more dangerous. For example, only females mosquitoes They bite people in search of blood as a source of protein and can spread deadly diseases.

    MSN is one of the safest and most environmentally friendly methods of insect birth control, which protects the environment by reducing the use of insecticidesIn addition, since sterile insects cannot reproduce on their own, problems caused by insect pests are solved in the long term without the risk of introducing new species into the ecosystem.

    Since the 1950s, SIT has been used successfully to control certain insect species that affect human and livestock health, such as the tsetse fly and disease-carrying mosquitoes, and to control insect pests that destroy crops and affect trade, such as fruit flies and butterflies.

    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.

    MIL OSI Russia News

  • MIL-OSI Russia: The Director General briefed the Council on developments in Iran, Syria, Ukraine and other countries

    Translation. Region: Russian Federal

    Source: International Atomic Energy Agency –

    The Council was presented with the IAEA Annual Report and Technical Cooperation Report for 2024, which reflect the Agency’s work in the fields of science, international cooperation and innovation.

    In his speech, Mr. Grossi outlined the IAEA’s flagship initiatives:“Rays of Hope: Cancer Treatment for All“,Atoms4foodAnd“NUTEK plastics”.

    The 2025 Spotlight Forum will be held in Ethiopia in late June, providing an opportunity to take stock of the work done over the past three years, strengthen collaboration mechanisms, and continue to mobilize resources. Spotlight aims to increase access to affordable cancer care where it is needed most, supporting countries to deliver life-saving radiotherapy and build the capacity of radiation medicine professionals. More than 90 countries have applied for support from the initiative.

    The IAEA will also continue to work with partners through Atoms4Food, its joint initiative with the Food and Agriculture Organization of the United Nations to fight hunger worldwide, Mr Grossi said. Joint FAO/IAEA Centre for Nuclear Techniques in Food and Agriculture, which is one element of this initiative, promotes the use of nuclear technologies to strengthen global food security and sustainable agricultural development.

    Speaking about NUTEC Plastics, the IAEA initiative to combat plastic pollution, Mr Grossi said: “At the UN Ocean Conference this week, we are demonstrating what we are doing concretely to combat plastic pollution using new technologies.”

    IAEA uses opportunities nuclear technologies, which involve using radiation to improve waste recycling methods and create bioplastics, which are a sustainable alternative to conventional oil-based plastics.

    With support from the NUTEC Plastics Initiative, 104 Member States are now using nuclear technology to monitor microplastics and 52 are collaborating with the IAEA on their recycling.

    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.

    MIL OSI Russia News

  • MIL-OSI Russia: Opening remarks by the IAEA Director General at the meeting of the Board of Governors

    Translation. Region: Russian Federal

    Source: International Atomic Energy Agency –

    (Prepared for delivery at a Council meeting)

    Madam Chairperson,

    Following Friday’s attacks on nuclear facilities in the Islamic Republic of Iran, the military conflict continues. As I reported to the IAEA Board of Governors and then to the UN Security Council last Friday, the IAEA is monitoring the situation very closely. Since the beginning of the events, our Incident and Emergency Centre has been working 24/7 to update the status of Iranian nuclear facilities and radiation levels at the sites in an ongoing exchange of information with the Iranian authorities.

    The IAEA is ready to respond to any nuclear or radiological emergency within an hour.

    Based on the information available to the IAEA, the following situation currently exists at Iranian nuclear facilities.

    Following the strike on the Natanz fuel enrichment plant site, which destroyed the above-ground portion of the experimental fuel enrichment facility, one of the facilities used by Iran to produce uranium enriched to 60% U-235, no further damage was reported at the site.

    The facility’s electrical infrastructure, including an electrical substation, the main electrical systems building, and emergency and backup generators, was also destroyed.

    There are no signs of physical impact on the underground centrifuge cascade shop, which contains part of the experimental fuel enrichment facility and the main fuel enrichment facility. At the same time, the power outage in the centrifuge cascade shop could have damaged the centrifuges located there.

    Radiation levels outside the Natanz site remain unchanged and within normal limits, indicating no external radiological impact on the population or the environment as a result of this event.

    The Natanz facility site contains both radiological and chemical contamination. Given the type of nuclear material present at the facility, it is possible that uranium isotopes contained in uranium hexafluoride, uranyl fluoride and hydrogen fluoride are dispersed throughout the facility. The radiation, consisting predominantly of alpha particles, poses a serious hazard if uranium is inhaled or ingested. However, this risk can be effectively mitigated by appropriate protective measures, such as the use of respiratory protection while inside the affected facilities. Of greatest concern to the facility itself is the chemical toxicity of uranium hexafluoride and the fluorides formed upon contact with water.

    No damage was reported at the Fordow enrichment plant site or the heavy water reactor under construction at Khondab. The Bushehr nuclear power plant and the Tehran research reactor were not targets of the recent strikes and were not damaged in this regard.

    Four buildings at the Isfahan nuclear facility were damaged in Friday’s strikes: the central chemical laboratory, a uranium conversion plant, a fuel fabrication plant for the Tehran reactor, and a plant under construction to convert uranium hexafluoride into uranium dioxide powder.

    As at Natanz, radiation levels outside the facility remain unchanged.

    I confirm the cooperation and exchange of information between the Iranian authorities and the IAEA. In these tense and challenging circumstances, it is essential for the IAEA to receive timely and regular technical information about the facilities and their associated sites. This information is essential to promptly inform the international community and to ensure an effective response and assistance in the event of any emergency in Iran. Without information, we cannot accurately assess the radiological conditions and potential impacts on the population and the environment, and we cannot provide the necessary assistance.

    The Agency is and will continue to be present in Iran. Safeguards inspections will continue in Iran as soon as it is safe to do so, as required by Iran’s safeguards obligations under the NPT.

    I remain in touch with the inspectors in Iran; their safety is our top priority and all necessary measures are being taken to ensure that they are not harmed.

    I stand ready to travel immediately and work with all relevant parties to ensure the protection of nuclear facilities and the continued peaceful use of nuclear technology in accordance with the Agency’s mandate, including by deploying, where necessary, Agency nuclear security and safety experts to complement our safeguards inspectors in Iran.

    Madam Chairperson,

    Military escalation threatens human lives, increases the likelihood of a radiological release with serious consequences for the population and the environment, and delays the critical task of a diplomatic settlement to provide long-term assurance that Iran will not acquire nuclear weapons.

    In accordance with the objectives of the IAEA and its Statute, I call on all parties to exercise maximum restraint to avoid further escalation.

    Last week, the Council made an important decision resolution on Iran’s safeguards obligations. The resolution contains important provisions on proliferation and underlines support for a diplomatic solution to the challenges posed by Iran’s nuclear programme. IAEA Member States can play a vital and active role in promoting an urgent shift away from military escalation and towards diplomacy. I urge you to use all available diplomatic means and assure you of my continued readiness to contribute, including through an early visit to Iran to assess the situation and ensure nuclear safety, security and non-proliferation in that country.

    There is probably no goal more important or more widely supported than that of ensuring that humanity uses the enormous energy of the atom for good, not destruction. For over 60 years, the IAEA has played a central role in helping its Member States translate this desire into real progress.

    Given the IAEA’s clear mandate and unique resources, I reaffirm the Agency’s readiness to facilitate technical discussions and support efforts to ensure transparency, nuclear safety and security, and achieve a peaceful resolution of issues related to nuclear activities in Iran.

    Dear colleagues,

    For the second time in three years, we are witnessing a dramatic conflict between two IAEA Member States, in which nuclear installations are coming under fire and nuclear safety is being threatened.

    As in the case of a military conflict between the Russian Federation and Ukraine, the IAEA will not stand aside.

    We can and will act within our statutory mandate to help prevent a nuclear accident that could lead to unpredictable radiological consequences. For the IAEA to act, constructive and professional dialogue must begin, and this must happen as soon as possible.

    As insurmountable as this task may seem in the context of an ongoing military conflict, we have already demonstrated that even in such circumstances, technical assistance, provided in a spirit of respect and impartiality, can benefit everyone without exception.

    I intend to continue my ongoing engagement with the conflicting parties to find the most appropriate way to achieve this goal, and I ask Member States to support me in this effort. I count on the Council, and especially the Member States that are best placed to do so, to respond to this call to assist the IAEA in helping those who are trading blows today to prevent the worst from happening. There is always a time and a place for diplomacy.

    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.

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  • MIL-OSI Russia: Statement on the situation in Iran

    Translation. Region: Russian Federal

    Source: International Atomic Energy Agency –

    Early this morning, the International Atomic Energy Agency (IAEA) was informed of a military operation launched by Israel that includes strikes on nuclear facilities in the Islamic Republic of Iran.

    We are currently in contact with Iranian nuclear safety authorities to determine the status of the relevant nuclear facilities and to assess any broader nuclear safety and security implications. Iranian authorities have now confirmed that the Natanz uranium enrichment facility was hit and that no elevated radiation levels were detected there. They have also reported that the Isfahan and Fordow facilities have not been hit to date.

    This development is deeply concerning. I have repeatedly stated that nuclear facilities should never be attacked, regardless of the context or circumstances, as this could cause harm to both the population and the environment. Such attacks have serious implications for nuclear safety, security and safeguards, as well as for regional and international peace and security.

    In this regard, the IAEA refers to numerous General Conference resolutions on the issue of military attacks on nuclear facilities, including GC(XXIX)/RES/444 and GC(XXXIV)/RES/533, which, inter alia, state that “any armed attack or threat of attack against nuclear facilities used for peaceful purposes constitutes a violation of the principles of the Charter of the United Nations, international law and the Statute of the Agency.”

    Moreover, the IAEA has consistently emphasized that “armed attacks on nuclear facilities may result in radioactive releases with serious consequences both within and beyond the State attacked”, as noted in resolution GC(XXXIV)/RES/533.

    As Director General of the International Atomic Energy Agency, and in line with the purposes of the IAEA as set out in its Statute, I call on all parties to exercise maximum restraint to avoid further escalation. I reiterate that any military action that jeopardizes the nuclear safety and security of nuclear facilities would have grave consequences for the people of Iran, the region, and beyond.

    Yesterday the Board of Governors made an important decisionresolutionon Iran’s safeguards obligations. In addition, the Council’s resolution emphasizes its support for a diplomatic solution to the problems caused by the Iranian nuclear program.

    The IAEA continues to monitor the situation closely, stands ready to provide technical assistance, and remains committed to its nuclear safety, security and safeguards mandate in all circumstances. It stands ready to engage with all relevant parties to help ensure the protection of nuclear facilities and the continued peaceful use of nuclear technology in accordance with the Agency’s mandate, including by deploying Agency nuclear safety and security experts (in addition to our safeguards inspectors in Iran) where needed to ensure that nuclear facilities are fully protected and remain used exclusively for peaceful purposes.

    I wish to inform the Council that I have informed the relevant authorities of my readiness to travel at the earliest opportunity to assess the situation and ensure nuclear safety, security and non-proliferation in Iran.

    I am also in contact with our inspectors in Iran and Israel. The safety of our employees is of utmost importance. All necessary measures are taken to ensure that they are not harmed.

    Despite the current military actions and heightened tensions, it is clear that the only sustainable path forward – for Iran, Israel, the entire region and the international community – is one based on dialogue and diplomacy to ensure peace, stability and cooperation.

    As the international technical institution charged with overseeing the peaceful uses of nuclear energy, the International Atomic Energy Agency remains a unique and vital forum for dialogue, especially now.

    In accordance with its Statute and long-standing mandate, the IAEA provides a framework and a natural forum where facts prevail over rhetoric and where engagement can replace escalation.

    I reaffirm the Agency’s readiness to facilitate technical discussions and support efforts to promote transparency, safety, security and a peaceful resolution of nuclear-related issues in Iran.

    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.

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  • MIL-OSI Russia: Update on events in Iran

    Translation. Region: Russian Federal

    Source: International Atomic Energy Agency –

    The International Atomic Energy Agency (IAEA) continues to closely monitor and assess the situation in relation to the Israeli attacks on nuclear facilities in the Islamic Republic of Iran, issuing frequent public updates on developments and their possible impact on the population and the environment, Director General Rafael Mariano Grossi said.

    Since the outbreak of hostilities nearly a week ago, the IAEA has reported damage at some of these facilities, including nuclear sites located in Arak, Isfahan, Natanz and Tehran, and their potential radiological consequences.

    In his statementAt the meeting of the Board of Governors on 13 June, the morning of the day that Iranian nuclear facilities were targeted, the Director General recalled numerous General Conference resolutions on the issue of military attacks on nuclear facilities, including GC(XXIX)/RES/444 and GC(XXXIV)/RES/533, which, inter alia, state that “any armed attack or threat of attack against nuclear facilities used for peaceful purposes constitutes a violation of the principles of the Charter of the United Nations, international law and the Statute of the Agency”.

    He also mentioned that, moreover, the IAEA has consistently emphasized that “armed attacks on nuclear facilities may result in radioactive releases with serious consequences both within and beyond the State that is attacked”, as noted in resolution GC(XXXIV)/RES/533.

    Later, at a special session of the Governing Council on 16 June 2025, in itsstatement The Director General stressed that “for the second time in three years, we are witnessing a dramatic conflict between two IAEA Member States, in which nuclear installations are being targeted and nuclear safety is being threatened. As in the case of the military conflict between the Russian Federation and Ukraine, the IAEA will not stand aside.”

    “The IAEA is monitoring the situation very closely,” he added. “The IAEA is ready to respond within an hour to any nuclear or radiological emergency.”

    It was the third summary statement by the Director-General on the situation in Iran in four days after he spokeat the meeting of the Board of Governors on June 13 andagain— at the United Nations Security Council later that day. The agency also regularly posts updates on its official X account.

    Director General Grossi said IAEA inspectors remain present in Iran and are ready to visit nuclear sites when possible, even though the Agency’s staff numbers have been partially reduced given the security situation.

    He also added: “The Agency is and will continue to be present in Iran. As soon as it is safe to do so, safeguards inspections will continue in Iran, as required by Iran’s safeguards obligations under its NPT (Non-Proliferation Treaty) Safeguards Agreement.”

    Calling on all parties to exercise maximum restraint to avoid further escalation, Director General Grossi stressed that he “stands ready to travel immediately and engage with all relevant parties to ensure the protection of nuclear facilities and the continued peaceful use of nuclear technology in accordance with the Agency’s mandate, including by deploying, where necessary, Agency nuclear security and safety experts to complement our safeguards inspectors in Iran.”

    “Military escalation threatens human lives, increases the likelihood of a radiological release with serious consequences for the population and the environment, and delays the critical task of a diplomatic solution to provide long-term assurance that Iran will not acquire nuclear weapons,” he said.

    The IAEA stands ready to act within its statutory mandate to help prevent a nuclear accident that could lead to serious radiological consequences, he said, adding: “For the IAEA to act, constructive and professional dialogue must begin, and this must happen as soon as possible.”

    Based on the information available, the IAEA has reported on the situation at nuclear facilities and sites in Iran, including the following developments.

    One of the targets of the June 13 strikes was the Natanz fuel enrichment plant, which destroyed the above-ground portion of the experimental fuel enrichment facility, one of the facilities Iran used to produce uranium enriched to 60% U-235.

    The facility’s electrical infrastructure, including the electrical substation, the main power supply building, and emergency and backup generators, was also destroyed. A power outage to the underground centrifuge cascade hall could have damaged the centrifuges there, CEO Grossi told the Council in a speech on June 16.

    Later this week, the IAEA issued an update, reporting that, following its ongoing analysis of high-resolution satellite imagery obtained after the strikes on the Natanz site, the Agency had identified additional indicators that point to direct impacts on the underground enrichment facilities at Natanz as well.

    According to Director General Grossi, there are no radiological consequences outside the Natanz site, but there is limited radiological and chemical contamination in the enrichment plant premises.

    “The contamination is limited to the perimeter of this facility. There was no radiological impact on the external environment,” he said.

    He explained that given the type of nuclear material present at the Natanz facility, it is possible that uranium isotopes contained in uranium hexafluoride, uranyl fluoride and hydrogen fluoride are dispersed throughout the facility. The radiation, which consists predominantly of alpha particles, poses a serious hazard if uranium is inhaled or ingested. However, this risk can be effectively mitigated by appropriate protective measures, such as the use of respiratory protection when inside the affected facilities. The greatest concern for the facility itself is the chemical toxicity of uranium hexafluoride and the fluorides formed when in contact with water.

    At the Isfahan nuclear facility, Friday’s strikes damaged four buildings: the central chemical laboratory, the uranium conversion plant, the Tehran reactor fuel fabrication plant, and the facility under construction to convert uranium hexafluoride into enriched uranium metal. As in Natanz, radiation levels outside the Isfahan facility remain unchanged.

    On June 18, the IAEA said in an update that it had information that two Iranian centrifuge-related facilities were targeted by the attacks: the TESA facility in Karaj and the Tehran Research Center. Both locations were previously subject to IAEA monitoring and verification measures under the Joint Comprehensive Plan of Action (JCPOA).

    One building was damaged at the Tehran Research Center, where rotors for advanced centrifuges were manufactured and tested. In Karaj, two buildings were destroyed, which housed workshops for manufacturing various centrifuge components.

    On 19 June, the heavy water research reactor under construction at Hondaba was hit. Since the reactor was not operational and did not contain nuclear material, Director General Grossi reported that there were no radiological consequences. Although damage to the nearby heavy water plant was initially not visible, the Agency now assesses that major structures, including the distillation plant, were damaged.

    To date, no damage has been reported at other Iranian nuclear facilities.

    Although no major radiological incidents have occurred as a result of these attacks so far, Director General Grossi emphasized the possible risks from a nuclear safety perspective.

    “There are significant quantities of nuclear material in Iran in different places, which means that the possibility of a radiological accident with the dispersion of radioactive substances and particles in the atmosphere really does exist,” he said.

    Director General Grossi also stressed the importance of cooperation and information exchange with Iranian authorities.

    “In this tense and challenging environment, it is of utmost importance for the IAEA to receive timely and regular technical information on nuclear facilities and their respective sites. This information is necessary to promptly inform the international community and ensure an effective response and assistance in the event of any emergency in Iran,” he explained, adding that he is in constant contact with other countries in the region.

    This update was first published on IAEA.org in English on June 19.

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  • MIL-OSI Russia: What are small modular reactors (SMRs)?

    Translation. Region: Russian Federal

    Source: International Atomic Energy Agency –

    Many of the advantages of SMRs are related to their design: they are small and modular. Given their small footprint, SMRs can be placed in locations that are not suitable for larger nuclear power plants. Prefabricated SMR units can be manufactured in advance and then shipped and installed on site, making them more affordable to build than large reactors, which are often designed specifically for a specific site, sometimes leading to construction delays. SMRs can save on construction costs and time, and they can be deployed gradually to meet growing energy demand.

    One of the barriers to expanding energy access is infrastructure – limited grid coverage in rural areas – and the cost of connecting to the grid to electrify these areas. No single power plant should account for more than 10% of the total installed capacity of the grid. In areas where there is insufficient transmission and grid capacity, SMRs can be connected to the existing grid or operate off-grid due to their smaller capacity, generating low-carbon power for industry and households. This is especially true for microreactors, a type of SMR designed to generate electricity, typically up to 10 MW(e). Microreactors have a smaller footprint than other SMRs and are better suited for areas where clean, reliable, and affordable energy is not available. Microreactors can also serve as a backup power source in emergency situations or be used to replace diesel-powered power generators, such as in rural areas or remote industries.

    Compared to existing reactors, proposed SMR designs are generally simpler, and the safety concept for SMRs often relies more heavily on passive systems and the inherent safety characteristics of these reactors, such as low power and low operating pressure. This means that no human intervention or external energy or force is required to shut down the systems, as passive systems rely on physical phenomena such as natural circulation, convection, gravity, and pressurization. This in some cases eliminates or significantly reduces the likelihood of hazardous radioactive releases to the environment and public exposure to them in the event of an accident.

    SMRs have reduced fuel requirements. SMR-based power plants can be refuelled less frequently: every 3-7 years, while traditional plants require it every 1-2 years. Some SMRs are designed in such a way that they can operate without refuelling for up to 30 years.

    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.

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  • MIL-OSI Russia: Nuclear and Physical Safety Laboratories Open for Virtual Tours

    Translation. Region: Russian Federal

    Source: International Atomic Energy Agency –

    Nuclear Security Detection and Monitoring Equipment Laboratories

    Laboratory of Nuclear Security Detection and Monitoring Equipment at the IAEA Headquarters in Vienna helps countries more effectively identify and respond to nuclear security threats. From testing and maintenance to training and procurement, the Laboratory plays a key role in ensuring that radiation detection equipment is functional, reliable and ready for use.

    The laboratory provides countries with advanced radiation detection equipment that can be used as part of nuclear security measures at major public events such as international conferences and sporting tournaments. It enables security personnel to detect and respond to potential nuclear security threats.

    “The tour is an immersive experience, offering an inside look at the laboratory and the different types of radiation detection instruments available at the Laboratory,” says Itimad Sufi, head of the Nuclear Security for Materials Out of Regulatory Control Section. She adds that “through this virtual walk-through, users can see the detection technologies and learn how the equipment is maintained and tested.”

    The tour provides an insight into the laboratory’s facilities and how its work is organised, as well as the opportunity to observe equipment in operation – a useful source of knowledge for those responsible for radiation safety and nuclear security planning and response, as well as an interactive experience for policy makers, industry professionals and the general public.

    Information on excursions on nuclear and physical security topics can be found here Here.

    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.

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  • MIL-OSI Russia: What is a radiation therapy mask and what is it used for?

    Translation. Region: Russian Federal

    Source: International Atomic Energy Agency –

    A course of radiation therapy consists of several sessions, during which the patient’s body must be kept in the same position.

    For most types of radiation therapy to the brain, head, or neck, patients wear a special thermoplastic mask that holds their head in place to maintain a certain body position during the procedure. This allows the radiation to be directed precisely to the tumor while minimizing the impact on healthy tissue.

    Some hospitals paint masks for children in bright colors or style them like favorite characters. Pretending to be superheroes helps children feel more confident during the procedure and tolerate the treatment better.

    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.

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  • MIL-OSI Russia: Update 294 – Statement by the IAEA Director General on the situation in Ukraine

    Translation. Region: Russian Federal

    Source: International Atomic Energy Agency –

    Director General Rafael Mariano Grossi Was in Ukraine as Part of the Ongoing Effforts of the International Atomic Energy Agency (IAEA) To Help Prevent aCcident During the Military Conflict, with The Wail of Air Raid Sirens ForCing His Meetings to Be Held in An Underground Shelter.

    One of the main priorities of the one-day visit to Kyiv – including a meeting with President Volodymyr Zelenskyy – was to discuss how the IAEA could assist in rebuilding Ukraine’s damaged and degraded nuclear energy infrastructure.

    But the current risks to nuclear safety and security remained a prominent topic, both in the day’s high-level meetings in the capital and in reports from some of the IAEA teams deployed elsewhere in the country.

    IAEA expert teams based at two of Ukraine’s operating nuclear power plants (NPPs) – Khmelnytskyy and Rivne – were also told to seek shelter during a day of unusually frequent air raid alerts. The team at the Rivne NPP, in western Ukraine, went to the shelter three times, two of which were reportedly due to cruise missile alerts and the other due to a ballistic missile alert.

    While the Were No Reports of Attacks Affecting the Operation of the Npps, The Sound of Air Raid Sirens Blaring in Kyiv and Elsewhere Highlighted the Continbed Dangerous Situation, Including for Nuclear Safety.

    In HIS FIRST MEITING AFTER Arriving to the Capital for HIS 12TH VISIT To UKRANE SINCE February 2022, Director General General General Met with Energy Galushchenko and Oteer Senior Officials in the Basement of the Energy Ministry in Downtown Kyiv Because of the Air Raid Alarm.

    Later in the day, he met with President Zelenskyy and Foreign Minister Andrii Sybiha, with whom he also discussed the IAEA’s plans to support the country in restoring and expanding its infrastructure related to nuclear power, which is of paramount importance for Ukraine’s electricity generation.

    “It is clear that the dangers to nuclear safety continue to be very real and ever-present. My teams report that this was the most intense day of air raid alarms they had experienced since late last year. More than three years after this horrific war began, the IAEA’s on the ground presence remains essential to help avoid the threat of a severe nuclear accident,” Director General Grossi said.

    “But at the same time, we must start looking to the future. While the IAEA remains committed to doing everything we can to help keep Ukraine’s nuclear facilities safe and secure until this devastating war ends, it is also crucial to prepare for the reconstruction phase, where the IAEA can also play an important role,” he said. “In today’s meetings, President Zelensky and his ministers voiced strong support and appreciation for the IAEA’s continued presence at Ukraine’s nuclear sites and our essential role in helping to strengthen its energy infrastructure.”

    Specifically, the Director General spoke to his hosts about the IAEA conducting a thorough safety assessment of the damaged New Safe Confinement (NSC) at the Chornobyl site, as well as the Agency’s safety assistance related to a government plan to build two new reactor units at the Khmelnytskyy site and its technical work to help keep the national grid stable, which is of critical importance for the safe operation of NPPs.

    At Ukraine’s largest NPP, Zaporizhzhya, the IAEA team was informed that the nearby city of Enerhodar – where most plant staff live – had experienced several power outages since midnight, with intermittent tap water supplies also affecting the plant itself. The IAEA team was also informed that the city and its water pump station have relied on mobile diesel generators for power. The Zaporizhzhya NPP remained connected to off-site power at all times.

    Later this Week, Director General General Grossi Will Also BE Visiting The Russian Federal High-Level Talks on Nuclear Safety and Security.

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  • MIL-OSI Russia: How could nuclear technology revolutionise plastic recycling?

    Translation. Region: Russian Federal

    Source: International Atomic Energy Agency –

    How could nuclear technology revolutionise plastic recycling?

    Today, plastic is used to make everything from water bottles and medical devices to building materials and clothing. The material is an integral part of our daily lives. However, only about 9 percent plastic, and 91 percent ends up in landfills and pollutes the seas, oceans, soil and even the air we breathe.

    Last year alone, the world was formed 400 million tons plastic waste. Many plastic items are not designed to be reused or recycled, and some can only be recycled once or twice. In addition, plastic does not decompose naturally. Instead, discarded plastic breaks down into tiny fragments called microplastics, which can be toxic to humans and the environment.

    One innovative solution to this problem is based on advances in nuclear science. The IAEA is using nuclear technology to understand and address plastic pollution and the crisis it is causing. Through the initiative “NUTEK plastics”, which was launched in 2021, the Agency helps countries study microplastics already in the marine environment and use nuclear techniques to improve recycling technologies, ultimately reducing the amount of plastic waste ending up in the ocean.

    In honor of World Environment Day, we interviewed Selina Horak, an IAEA expert on the use of radiation to recycle plastic.

    How can we use nuclear science to prevent the negative impacts of plastic waste on our oceans and our lives?

    Nuclear science offers the opportunity to find innovative solutions to the problem of plastic pollution throughout its entire life cycle. To tackle this problem, we need to understand its root causes. According to research, about 80 percent of plastic in the sea comes from land (the remaining 20 percent comes from ocean sources such as fishing nets, etc.), so measures taken on land are especially important.

    The IAEA applies cutting-edge technology in two ways: first, we use radiation to create bioplastics, a sustainable alternative to conventional oil-based plastics. In simple terms, we are working to develop new materials that are both biodegradable and easily recyclable. This approach can not only reduce dependence on fossil fuels, but also support a circular economy by turning organic waste into a valuable resource.

    Second, we use radiation technologies to create more durable, strong, and valuable products from plastic waste. For example, radiation technologies can improve the properties of concrete by partially replacing cement with recycled plastic. Nuclear methods can more effectively sort and separate polymers in mixed plastic waste streams. In addition, we are exploring the use of pyrolysis to transform plastics under the influence of radiation into different types of plastic material, fuels, and other valuable chemical additives.

    Will new products made from irradiated plastic be dangerous?

    Not at all — quite the opposite. Radiation is considered a form of “green chemistry” because it does not require toxic chemicals or extreme conditions like heat or pressure. When we use radiation to create new types of biopolymer-based plastics or recycle plastic waste, it is a safe, efficient, and environmentally friendly process.

    The radiation itself does not make the material radioactive. As with dental X-rays, the radiation passes through tissues but does not remain in the body. The same principle applies here: after processing, the materials do not become radioactive and are absolutely safe to use.

    You mentioned using nuclear technology to improve plastic recycling methods. Is this work already underway?

    Of the 52 countries collaborating with the IAEA on the NUTEC Plastics initiative to recycle plastics, nine have already opened their first plants – and are turning promising ideas into reality. These countries are rapidly advancing through the Technology Readiness Levels (TRLs) – an internationally recognised nine-step system that tracks the maturity of technologies from conceptual design to commercial deployment.

    We are already getting impressive, tangible results.

    Indonesia and the Philippines are developing wood-plastic composites for sustainable construction. In Malaysia, plastic waste is being turned into fuel. In Argentina, durable railroad ties made from recycled plastic are showing promise in early testing.

    These pilot projects are not just experiments, but proof of progress. We expect that some of these technologies will reach the final level of technological readiness and we will begin preparing for their full-scale implementation as early as next year.

    Why did you, as a scientist, decide to study this particular issue?

    I have always believed that science should be a catalyst for meaningful and lasting change. This belief has led me to focus on plastic recycling and finding alternatives to petroleum-based materials – areas where the environmental challenges we face today can be directly addressed through innovation.

    With over 30 years of experience working in the field of ionizing radiation, I have seen first-hand the untapped potential of ionizing radiation to transform waste into valuable resources. This work is more than just research: it is an effort to create a circular economy that will preserve ecosystems, reduce humanity’s carbon footprint, protect nature, and improve the sustainability of our planet – for future generations.

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  • MIL-OSI Russia: Uranium reserves are sufficient, but investment is needed to maintain high growth rates of nuclear energy

    Translation. Region: Russian Federal

    Source: International Atomic Energy Agency –

    Until 2050 and beyond, uranium reserves will be sufficient for both the continued use of nuclear energy and for significant growth. However, to ensure that uranium is available on the market when needed, timely investment in new exploration, mining, and processing technologies will be needed.

    These are some of the main findings of the latest publication of 2024. “Uranium: Resources, Production and Demand”, commonly known as the Red Book, is a major global reference publication prepared every two years jointly by the OECD Nuclear Energy Agency (NEA) and the International Atomic Energy Agency (IAEA).

    The Red Book 2024 provides the latest comprehensive overview of the main characteristics of the uranium market based on official national data, as well as detailed statistics on the global uranium industry. The publication covers the calendar years 2021 and 2022 and contains data on uranium exploration, reserves and production. In addition, the report includes 62 country profiles that provide detailed information on mine development plans, environmental and social aspects of uranium mining, as well as national regulations and policies.

    According to the Red Book, as of 1 January 2023, the world’s indicated recoverable uranium resources were 7,934,500 tonnes. This includes all reasonably proven and inferred uranium resources that could be extracted at market prices between US$40 and US$260 per kilogram of uranium (equivalent to US$15–100 per pound of U3O8). Compared with the 2022 edition, this represents an increase of less than 0.5%. However, the uranium resource base could be replenished from undiscovered or unconventional sources, driven by the sharp rise in uranium spot prices since mid-2021 and the commitment to triple nuclear power generation capacity by 2050, first announced at COP28 and now signed by 31 countries.

    After a period of decline caused by unfavourable market conditions and the COVID-19 pandemic, global exploration and development spending has increased sharply. In 2022, annual spending reached US$800 million, and preliminary data for 2023 allow us to forecast a further increase to US$840 million.

    The Red Book also provides projections of installed nuclear capacity and uranium demand to 2050, describing low-growth and high-growth scenarios and assessing the adequacy of uranium supply and demand under each scenario. According to these projections, the uranium resource base is sufficient to meet rapidly growing nuclear energy needs to 2050 and beyond. However, significant investment in new exploration, improved processing technologies, and new mining centers will be needed to replenish reserves.

    Production increased by 4% between 2020 and 2022, and the report says this growth is likely to continue in the coming years. The establishment of new mining centres is expected to take a significant amount of time due to the current risk-averse investment climate and complex and lengthy regulatory processes in many uranium mining jurisdictions. Geopolitical concerns and the technical challenges associated with establishing new uranium mining and processing facilities could further complicate the situation. Therefore, action is needed now to ensure adequate uranium supply in the medium term.

    Help for editors

    The Nuclear Energy Agency (NEA) is an intergovernmental agency within the Organisation for Economic Co-operation and Development (OECD). It promotes cooperation among countries with advanced nuclear technology infrastructure to achieve advances in nuclear safety, technology, science, related environmental and economic issues, and law.

    The International Atomic Energy Agency (IAEA) is the world’s leading intergovernmental forum for nuclear scientific and technical cooperation. It promotes the safe, secure and peaceful use of nuclear science and technology, contributing to international peace and security and the achievement of the United Nations Sustainable Development Goals.

    The Joint NEA/IAEA Uranium Group contributes to each edition of Uranium: Resources, Production and Demand. The Group also coordinates the preparation of periodic assessments of world natural uranium supply, examines the relationship of supply to projected demand, and recommends actions that can be taken to ensure adequate long-term supplies of uranium for the development of nuclear energy.

    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.

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  • MIL-OSI United Kingdom: Windrush Day 2025

    Source: Liberal Democrats UK

    Today is Windrush Day.

    77 years ago today, the HMT Empire Windrush docked in Essex – marking the beginning of the Windrush generation’s arrival here in the UK.

    Their hard work and determination helped rebuild Britain and brought so much to our country – from the economy to culture and cuisine.

    And while today is a chance to celebrate, it is also a reminder of the appalling injustices of the Windrush Scandal.

    People who have every right to live in the UK were wrongly denied access to NHS treatment, housing and other services simply because they didn’t have the right documents to prove it. Innocent people were made homeless, detained and even deported simply because they didn’t have the right documents.

    MIL OSI United Kingdom

  • MIL-OSI United Nations: IAEA and FAO Conduct First Atoms4Food Assessment Mission to Burkina Faso

    Source: International Atomic Energy Agency (IAEA)

    The joint IAEA and FAO Assessment Mission team examine new rice varieties during the first Atoms4Food Initiative Assessment Mission in Burkina Faso. (Photo: Victor Owino/IAEA)

    In a critical step toward addressing food insecurity in West Africa, the International Atomic Energy Agency (IAEA) and the Food and Agriculture Organization (FAO) of the United Nations have launched their first joint Atoms4Food Initiative Assessment Mission in Burkina Faso. 

    This mission aims to identify key gaps and opportunities for delivering targeted technical support to Burkina Faso for food and agriculture in a country where an estimated 3.5 million people—nearly 20% of the population—are facing food insecurity. By leveraging nuclear science and technology, Atoms4Food seeks to bolster agricultural resilience and agrifood systems in one of the region’s most vulnerable nations.

    The mission, conducted from 26 May to 1 June, assessed how nuclear and related technologies are being used in Burkina Faso to address challenges in enhancing crop production, improving soil quality and in animal production and health, as well as human nutrition.

    The Atoms4Food Initiative was launched jointly by IAEA and FAO in 2023 to help boost food security and tackle growing hunger around the world. Atoms4Food will support countries to use innovative nuclear techniques such as sterile insect technique and plant mutation breeding to enhance agricultural productivity, ensure food safety, improve nutrition and adapt agrifood systems to the challenges of climate change. Almost €9 million has been pledged by IAEA donor countries and private companies to the initiative so far.

    As part of the Atoms4Food initiative, Assessment Missions are used to evaluate the specific needs and priorities of participating countries and identify critical gaps and opportunities where nuclear science and technology can offer impactful solutions. Based on the findings, tailored and country-specific solutions will be offered.

    Burkina Faso is one of 29 countries who have so far requested to receive support under Atoms4Food, with more expected this year. Alongside Benin, Pakistan, Peru and Türkiye, Burkina Faso was among the first countries to request an Atoms4Food Assessment Mission in 2025.

    A large proportion of Burkina Faso’s population still live in poverty and inequality.  Food insecurity has been compounded by rapid population growth, gender inequality and low levels of educational attainment. In addition, currently, 50% of rice consumed in Burkina Faso is imported. The government aims to achieve food sovereignty by producing sufficient rice domestically to reduce reliance on imports.

    “Hunger and malnutrition are on the rise globally, and Burkina Faso is particularly vulnerable to this growing challenge,” said IAEA Director General Rafael Mariano Grossi. “This first Atoms4Food assessment mission marks a significant milestone in our collective efforts to harness the power of nuclear science to enhance food security. As the Atoms4Food Initiative expands worldwide, we are committed to delivering tangible, sustainable solutions to reduce hunger and malnutrition.”

    The mission was conducted by a team of ten international experts in the areas of crop production, soil and water management, animal production and health and human nutrition. During the mission, the team held high-level meetings with the Burkina Faso Ministries of Agriculture, Health and Environment and conducted site visits to laboratories including the animal health laboratory and crop breeding facility at the Institute of Environment and Agricultural Research, the crop genetics and nutrition laboratories at the University Joseph Ki-Zerbo, and the bull station of the Ministry of Agriculture in Loumbila.

    “The Government of Burkina Faso is striving to achieve food security and sovereignty, to supply the country’s population with sufficient, affordable, nutritious and safe food, while strengthening the sustainability of the agrifood systems value-chain,” said Dongxin Feng, Director of the Joint FAO/IAEA Centre for Nuclear Techniques in Food and Agriculture and head of the mission to Burkina Faso. “Though much needs to be done, our mission found strong dedication and commitment from the Government in developing climate-resilient strategies for crops, such as rice, potato, sorghum and mango, strengthening sustainable livestock production of cattle, small ruminants and local poultry, as well as reducing malnutrition among infants and children, while considering the linkages with food safety.”

    The Assessment Mission will deliver an integrated Assessment Report with concrete recommendations on areas for intervention under the Atoms4Food Initiative. This will help develop a National Action Plan in order to scale up the joint efforts made by the two organizations in the past decades, which will include expanding partnership and resource mobilization. “Our priority now is to deliver a concrete mission report with actionable recommendations that will support the development of the National Action Plan aimed at improving the country’s long term food security,” Feng added.

    MIL OSI United Nations News

  • MIL-OSI United Nations: Update 296 – IAEA Director General Statement on Situation in Ukraine

    Source: International Atomic Energy Agency (IAEA)

    Nuclear safety remains precarious at Ukraine’s Zaporizhzhya Nuclear Power Plant (ZNPP) and its six reactors cannot be restarted as long as the military conflict continues to jeopardize the situation at the site, Director General Rafael Mariano Grossi told IAEA Member States this week.

    Addressing the regular June meeting of the Board of Governors, the Director General briefed them about his 12th mission to Ukraine during the current conflict, which took place in early June, followed by a visit to Russia, which also focused on nuclear safety and security at the ZNPP.

    Addressing the Board meeting, he highlighted “the extremely vulnerable” status of the off-site power supply at the site, which for more than a month now has relied on one single power line for the electricity it needs to cool its reactors and spent fuel. Before the conflict, Europe’s largest nuclear power plant (NPP) had access to ten power lines.

    In addition, Director General Grossi noted that the ZNPP reactors’ “reliance on groundwater for cooling remains an interim solution, whilst in their cold shutdown state”.  The plant has depended on 11 groundwater wells since the downstream Kakhovka dam was destroyed two years ago.

    In their meeting in Kyiv on 3 June, Ukrainian President Volodymyr Zelenskyy “made a point to recognize the importance of the IAEA’s permanent presence” at the ZNPP, the Director General told the Board, adding he had assured President Zelenskyy of the IAEA’s continued commitment to Ukraine’s nuclear safety and to helping it rebuild its energy infrastructure.

    The Director General added: “As the military conflict moves further into its fourth year, Ukraine needs support, and the IAEA is providing it … it is also crucial to prepare for the reconstruction phase.”

    At the ZNPP, the IAEA team based there has held several meetings with the ZNPP to discuss the site’s electrical system and also visited its 750 kilovolt (kV) switchyard.

    Apart from the sole remaining 330 kV back-up line that was disconnected due to military activities on 7 May, the site does not know the current condition of its five other 330 kV lines, which remain unavailable after they were damaged outside of the ZNPP area early in the conflict.

    The ZNPP said maintenance work was conducted at one of the four 750 kV power lines that was originally connected to the ZNPP before being damaged in 2022. Since the conflict, the ZNPP had lost access to three of its 750 kV lines.

    In addition, the ZNPP informed the IAEA about a planned project to pump water into the cooling pond from the Dnipro River in order to maintain a water level that is sufficient to cool one operating reactor initially, followed by a second unit, until the pond reaches its full capacity. According to the site, a pumping station will be constructed to supply water directly to the cooling pond until the plant can rebuild the Kakhovka dam.

    The exact location of the pumping station cannot yet be determined, as it depends on the security conditions, the ZNPP said, adding the project would only start once military activities cease.

    Separately this week, the IAEA team was informed that that the Russian regulator, Rostekhnadzor, over the next two weeks will perform pre-licensing inspection activities at ZNPP reactor units 1 and 2, whose current operational licences issued by Ukraine are due to expire in December this year and in February 2026, respectively. The IAEA team has requested to observe these activities and will seek additional information regarding items such as the scope of these undertakings and any criteria for assessing nuclear safety.

    Over the past several weeks, the IAEA team has also been monitoring a leak in one reactor unit’s essential service water system which delivers cooling water to the safety systems. The leak – which can occur in NPPs without any significant safety consequences – was discovered during maintenance and the team was informed that it was caused by corrosion. It has since been repaired.

    The IAEA team reported hearing military activities on most days over the past weeks, at varying distances away from the ZNPP including last week’s purported drone attack on the site’s training centre.

    The Khmelnytskyy, Rivne and the South Ukraine NPPs are continuing to operate amid the problems caused by the conflict. Three of their nine operating reactor units are still undergoing planned outages for refuelling and maintenance. The IAEA teams at these plants and the Chornobyl sites have continued to report on – and be informed about – nearby military activities, including drones observed flying nearby. Last Monday, the IAEA teams at Khmelnytskyy and Rivne were required to shelter.

    Over the past two weeks, the IAEA teams based at these four sites have all rotated.

    As part of the IAEA’s assistance programme to support nuclear safety and security in Ukraine, the Chornobyl site received essential items to improve staff living conditions and the National Scientific Centre Institute of Metrology received personal radiation detectors.

    These deliveries were funded by Austria, Belgium, France and Norway and brought the total number of IAEA-coordinated deliveries since the start of the armed conflict to 140.

    MIL OSI United Nations News

  • MIL-OSI United Nations: Press Arrangements for IAEA Board of Governors Meeting 9-13 September 2024

    Source: International Atomic Energy Agency (IAEA)

    The IAEA Board of Governors will convene its regular September meeting at the Agency’s headquarters starting at 10:30 CEST on Monday, 9 September, in Board Room C, Building C, 4th floor, in the Vienna International Centre (VIC).

    Board discussions are expected to include, among others: nuclear and radiation safety; nuclear security; strengthening the Agency’s activities related to nuclear science, technology and applications; verification and monitoring in the Islamic Republic of Iran in light of United Nations Security Council resolution 2231 (2015); application of safeguards in the Democratic People’s Republic of Korea; implementation of the NPT safeguards agreement in the Syrian Arab Republic; NPT Safeguards Agreement with the Islamic Republic of Iran; nuclear safety, security and safeguards in Ukraine; transfer of the nuclear materials in the context of AUKUS and its safeguards in all aspects under the NPT; application of IAEA safeguards in the Middle East; and the restoration of sovereign equality of Member States in the IAEA.

    The Board of Governors meeting is closed to the press.

    Director General Rafael Mariano Grossi will open the meeting with an introductory statement which will be released to journalists after delivery and posted on the IAEA website. The IAEA will provide video footage here and will make photos available on Flickr

    Press Conference:

    Director General Grossi is expected to hold a press conference at 13:00 CEST on Monday, 9 September, in the Press Room of the M building.

    A live video stream of the press conference will be available. The IAEA will provide video footage here and will make photos available on Flickr

    Photo Opportunity:

    There will be a photo opportunity with the IAEA Director General and the Chair of the Board, Ambassador Holger Federico Martinsen of Argentina, before the start of the Board meeting, on 9 September at 10:30 CEST in Board Room C, in the C building in the VIC.

    Press Working Area:

    The Press Room on the M-Building’s ground floor will be available as a press working area starting from 9:00 CEST on 9 September.

    Accreditation:

    All journalists interested in covering the meeting in person must register with the Press Office by 16:00 CEST on Thursday, 5 September. Please email press@iaea.org.  We encourage those journalists who do not yet have permanent accreditation to request it at UNIS Vienna.

    Please plan your arrival to allow sufficient time to pass through the VIC security check.

    MIL OSI United Nations News

  • MIL-OSI United Nations: Press Arrangements for Next Week’s IAEA General Conference, Including Media Briefing on New Nuclear Energy Projections

    Source: International Atomic Energy Agency (IAEA)

    The 68th Annual Regular Session of the International Atomic Energy Agency (IAEA) General Conference, #IAEAGC, will convene from 16 to 20 September at the Vienna International Centre (VIC) in Vienna, Austria. The opening session takes place on Monday, 16 September, at 10:00 CEST. 

    High-ranking officials and representatives from IAEA Member States will consider and make decisions on a range of issues pertaining to the work and the budget of the Agency.

    The main conference events will take place in the M-Building of the VIC.

    All plenary sessions of the General Conference will be livestreamed on the IAEA website (no login required) in Arabic, Chinese, English, French, Russian and Spanish.

    The opening session of the GC will also be streamed live on the lAEA YouTube channel in high definition, and a download link will be made available afterwards.

    Details of the General Conference, including the provisional agenda, are available on the IAEA website and social media (FacebookInstagramLinkedInXWeibo). Photos of the General Conference will be available on Flickr.

    The Press Room on the M-building’s ground floor will be available as a press working area from 08:30 CEST on 16 September.

    Media Briefing on Nuclear Energy Projections

    The IAEA’s latest nuclear power projections will be released on 16 September, in the 44th edition of Energy, Electricity and Nuclear Power Estimates for the Period up to 2050. The report provides detailed global trends in nuclear power by region.

    The IAEA will host a briefing for media on the new projections. IAEA experts, including Henri Paillere, Head of Planning and Economic Studies at the IAEA, will provide the briefing on Monday, 16 September at 09:30 CEST in the Press Room.

    Please note: All information presented during the briefing are under embargo until after the Director General’s opening statement on Monday, 16 September.

    Please inform the IAEA Press Office if you plan to attend the briefing.

    Scientific Forum

    This year’s Scientific Forum, organized on the sidelines of the General Conference on 17 and 18 September, is entitled Atoms4Food – Better Agriculture for Better Life. It will focus on how nuclear science, technology and innovation can enhance sustainable agrifood systems, improve food security and address climate change. 

    The Scientific Forum will cover crop improvement, animal genetics and reproduction, crop and animal disease and pest management, food safety and nutrition, and sustainable management of natural resources, including soil and water. The two-day event will facilitate best practice exchanges, discuss sustainable adoption and scaling up of R&D results, and explore innovative financing and partnerships.

    IAEA Director General Rafael Mariano Grossi will open the Scientific Forum with high-level speakers on Tuesday, 17 September, at 09:30 CEST.

    The Forum will take place in Boardroom D of the C-Building. All sessions will be livestreamed.

    Accreditation

    All journalists – including those with permanent accreditation – are requested to inform the IAEA Press Office of their plans to attend the General Conference. Journalists without permanent accreditation must send copies of their passport and press ID to the IAEA Press Office by 14:00 CEST on Friday, 13 September.

    We encourage those journalists who do not yet have permanent accreditation to request it at UNIS Vienna.

    Access to the plenary sessions of the General Conference and the Scientific Forum for photographers and video camera operators must be requested in advance.

    MIL OSI United Nations News

  • MIL-OSI United Nations: IAEA Scientific Forum “Atoms4Food” Highlights Role of Nuclear Science in Agriculture

    Source: International Atomic Energy Agency (IAEA)

    Scientists and experts from around the world will meet at the IAEA Scientific Forum this week to discuss how nuclear science and technology innovations under the framework of Atoms4Food can contribute to enhancing sustainable agrifood systems, improving food security and addressing climate challenges.

    IAEA Director General Rafael Mariano Grossi will open the forum on Tuesday alongside HE Musalia Mudavadi, Prime Cabinet Secretary of Kenya, Mr Abdulhamid Alkhalifa, President of the OPEC Fund, Mr Liu Jing, Vice Chairman, China Atomic Energy Authority, China, HE Mr Sidi Tiémoko Touré, Minister of Animal and Fisheries Resources, Cote d’Ivoire, HE Ms Leila Benali, Minister of Energy Transition and Sustainable Development, Kingdom of Morocco, HE Mr Fernando Mattos, Minister of Livestock, Uruguay, and Mr Giorgio Silli, Undersecretary of Foreign Affairs and International Cooperation, Italy. Director General Grossi will conclude the Forum on Wednesday alongside HE Mr Anxious Jongwe Masuka, Minister of Lands, Agriculture, Fisheries, Water and Rural Development from Zimbabwe, HE Mr Amadou Dicko, Deputy Minister, Ministry of Agriculture, Animal Resources and Fisheries, Burkina Faso and other distinguished representatives from Member States and International Organizations.

    The event under the title Atoms4Food – Better Agriculture for Better Life, takes place from Tuesday, 17 September, 9:30 CEST to Wednesday, 18 September 2024, 13:00 CEST in Board Room D on the 4th floor of the C-Building of the Vienna International Centre (VIC). Open to the media and streamed live, the event will showcase how nuclear science can drive agricultural advancements and support global efforts to combat food insecurity.

    The forum will feature three technical sessions, where international experts will explore the critical role of nuclear science and technology in advancing sustainable agriculture, food production and nutrition. Speakers will discuss innovations using nuclear and isotopic techniques in agriculture and food production, the interconnectedness of agricultural practices with environmental conservation and socioeconomic equity, and the importance of partnering with stakeholders to scale up results and ensure sustainability. More details about the Scientific Forum can be found on the IAEA website and social media (FacebookInstagramLinkedInXWeibo). Photos of the Forum will also be available on Flickr.

    The detailed programme and full list of speakers can be found here. For those interested in interviewing speakers, please contact the IAEA Press Office, and we will assist with interview arrangements.

    Accreditation

    Journalists with permanent credentials to the VIC or journalists who have already obtained accreditation for the IAEA’s General Conference need no additional credentials. We encourage those journalists who do not yet have permanent accreditation to request it at UNIS Vienna.

    Others should contact the IAEA Press Office for accreditation.

    MIL OSI United Nations News

  • MIL-OSI United Nations: Media Invited to Attend IAEA’s First International SMR Conference, Industry Night

    Source: International Atomic Energy Agency (IAEA)

    The International Atomic Energy Agency (IAEA) will host the International Conference on Small Modular Reactors and their Applications next week for stakeholders to discuss opportunities, challenges and enabling conditions to accelerate the development and ensure safe and secure operation of SMRs.

    The conference, which is the first IAEA conference on SMRs, will take place from 21 to 25 October at IAEA headquarters in Vienna. The Conference, including Industry Night, is open to the media.

    IAEA Director General Rafael Mariano Grossi will open the conference on 21 October at 14:00 (CET), followed by a ministerial keynote from Ghana and a high-level panel with industry and regulatory executive leaders.

    Over 1000 participants from 95 countries and 17 international organizations and non-governmental organizations are registered to participate in the event. 

    The conference is organized into 44 technical sessions under four main topics: SMR design, technology and fuel cycle; legislative and regulatory frameworks; safety, security and safeguards; and considerations to facilitate deployment of SMRs. In addition, five plenary sessions, four side events and about 100 posters will be presented. The provisional programme is available here

    Plenary sessions will be livestreamed on the IAEA website (no login required). For further virtual access to technical sessions, please register online as an observer. Recordings will be available on the “IAEA Conference and Meetings” App available on Google Play and the iTunes Store.

    Please note, side events will be livestreamed through the app. Industry Night will not be livestreamed.

    IAEA experts will be available for interviews. Please send your request to press@iaea.org.

    Industry Night

    SMR developers will present their projects at all development stages during Industry Night, Tuesday, 22 October, 17:45 to 20:00. Organized by the IAEA and World Nuclear Association, about 20 companies will engage with participants to discuss topics related to specific designs.

    Accreditation

    All journalists – including those with permanent accreditation to the Vienna International Centre (VIC) – are requested to inform the IAEA Press Office of their plans to attend the conference in person. Journalists without permanent accreditation to the VIC must send copies of their passport and press ID to press@iaea.org by 12:00 CEST on Friday, 18 October.

    We encourage those journalists who do not yet have permanent accreditation to request it at UNIS Vienna.

    MIL OSI United Nations News