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Albert Vizinger, head of KAMAZ PJSC projects, has passed away.

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

On Wednesday, March 25, Albert Wiesinger, Project Manager at KAMAZ PJSC, passed away at the age of 68. During his years at the company, he made a significant contribution to the development of production, technology, and the product lineup.

Albert Wiesinger began his career in 1973 in his hometown of Steyr, Austria, as a process engineer at a Daimler plant. He then worked at MAN Group plants, rising from intern to project manager. He implemented international projects for the MAN Group in Poland, Finland, India, China, and Russia.

Since 2011, he has been involved in the analysis and implementation of KAMAZ projects, initially as a consulting consultant, and in 2013, he assumed leadership of the "Cabin" project. In subsequent years, Albert Wiesinger worked on cutting-edge projects at KAMAZ PJSC related to increasing production and economic efficiency, developing new products and technologies, and import substitution.

By 2015, under his leadership, a project to develop production of a new cabin for KAMAZ vehicles was completed. This became the company's first step toward conquering the premium long-haul truck market. From 2014 to 2018, KAMAZ produced over 23,000 vehicles with the new cabin. These trucks became market bestsellers and the company's flagship models.

Albert Vizinger's second ambitious project at KAMAZ was the import substitution of vehicle components, successfully implemented between 2016 and 2018. This work significantly reduced the production cost of the KAMAZ-5490 vehicle, increased independence from foreign suppliers, and improved product margins.

The third area of focus was a project to develop automated production of aluminum fuel tanks—a new technology for Russia that will further enhance KAMAZ's independence from external economic factors and open up new horizons for the development of specialized design and engineering competencies. Projects to organize semi-trailer production, outsource foundry product lines, and other initiatives were also successfully implemented.

His high level of professionalism, extensive experience, and excellent organizational skills enabled him to achieve outstanding results at every stage of his illustrious professional career. In 2018, Albert Vizinger was awarded the Republic of Tatarstan Medal "For Valiant Labor."

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China calls for promoting meaningful and sincere peace talks on the Iran conflict

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

An important disclaimer is at the bottom of this article.

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

BEIJING, March 26 (Xinhua) — China has called on all parties involved in the escalating Iranian conflict to work together and create conditions for the launch of truly meaningful and sincere peace talks, Foreign Ministry spokesman Lin Jian said on Thursday.

The Chinese diplomat commented similarly on a corresponding request from journalists at a regular press conference. He added that China is ready to continue playing a constructive role in this area. -0-

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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How is the safety and security of radioactive material ensured during transportation?

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Source: International Atomic Energy Agency –

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How is the safety and security of radioactive material ensured during transportation?

What's what in the nuclear sphere?

Radioactive materials, if improperly handled, can be hazardous to people and the environment, and their transportation requires careful planning.

March 26, 2026

Anna Storch, IAEA Office of Public Information and Communication

Illustration: M. Magnaye/IAEA

Every year, millions of shipments of radioactive materials are transported by land, air, and sea. These materials are essential for medicine, industry, scientific research, agriculture, and energy production. Because radioactive materials, if improperly handled, can pose a danger to people and the environment, their transportation requires careful planning based on compliance with international nuclear safety standards and physical security measures.

For what purpose is radioactive material transported?

Radioactive materials are used in many activities that improve the lives of people all over the planet. Because these materials are produced only by a limited number of specialized facilities, ensuring their safety and security during transport is crucial to ensure they can be used wherever needed.

In medicine, variousradioisotopesThey are used to diagnose and treat cancer, cardiovascular diseases, and bone lesions, perform radiation therapy procedures, and sterilize medical instruments. The regular delivery of these radioactive materials to medical facilities accounts for the majority of all radioactive material shipments worldwide and is crucial to global public health. Successful scientific research is impossible without the supply of radioactive material to universities, laboratories, and research institutes. Short-lived radionuclides are needed for experiments in physics, biology, and environmental sciences, while gamma radiation sources are used to study the effects of radiation on cells, tissues, and industrial materials, as well as forensuring the preservation of cultural artifactsIn industrial sectors such as construction, energy, mining, and manufacturing, radioactive materials are essential for non-destructive testing and inspection of pipelines, machinery, and structural components. Some high-tech industries, such as electronics and mechanical engineering, require the transportation of naturally occurring radioactive raw materials to extract valuable non-radioactive metals such as titanium, niobium, tantalum, and rare earth elements. A prerequisite for the stable generation of low-carbon energy at nuclear power plants is the transportation of uranium, plutonium, and other radioactive materials at various stages of the nuclear fuel cycle—from production to spent fuel management. Waste and spent components from nuclear installations also require transportation to specialized processing and disposal facilities. Radioisotopes are transported for agricultural purposes and to ensure food safety. They help increase crop yields, optimize fertilizer use, and are also used forfood irradiationin order to destroy harmful bacteria.

Regardless of the application, radioactive material is transported under strict nuclear and physical safety measures to ensure the protection of people and the environment from harmful effects.ionizing radiation, and also to prevent accidents and malicious actions.

How is radioactive material transported?

What types of transport are used to transport radioactive material?

Depending on the availability of transport and the urgency of delivery, radioactive material may be transported by land, water, or air. Each mode of transport requires specific procedures for loading, unloading, and sealing the material.

Land transport carries packages classified according to the type of radioactive material being transported. Sea transport is used for large-tonnage international shipments, with packages securely stowed on ships in accordance with maritime safety regulations. Air transport is often chosen when time is of the essence, such as for the delivery of medical isotopes.

Who is involved in the transportation of radioactive material?

Transporting radioactive material requires close cooperation between many parties.

Shippers, carriers, and consignees ensure compliance with physical security measures during transportation to prevent unauthorized access to radioactive material during transit. These parties jointly ensure the safety and security of the radioactive material being transported.

Illustration: M. Magnaye/IAEA

What regulations govern the transportation of radioactive material?

The transport of radioactive material is regulated by a set of international regulations applicable to all modes of transport—road, rail, sea, and air. These regulations define the packaging, labeling, documentation, and handling of materials to protect people and the environment.

The rules establish clear requirements regarding:

Sealing to prevent leaks and radioactive contamination; protection to limit radiation doses to transport workers and the public; resistance to heat generated by the radioactive material itself or generated by external causes; prevention of any nuclear chain reaction in fissile materials during transport.

These regulations also establish requirements for the design and testing of packaging; the adoption of safety measures during loading, securing, and placing packages at a safe distance from each other during transportation; and the training of personnel involved in transportation and the practice of emergency preparedness measures.

National authorities are incorporating these global security principles into their legislation to ensure that shipments meet the same strict standards, regardless of their destination. This consistent approach allows radioactive material to be transported safely and securely across national borders using various modes of transport.

How is safety ensured during transportation?

By adhering to the strictest standards at every stage of transport operations, countries help ensure that these vital materials reach their destination safely and securely. These operations and control measures include proper loading and unloading, segregation, stowage, and radiation monitoring during loading, transport, and unloading.

Photo: IAEA

Safe packaging for transporting radioactive material

Packaging plays a central role in the safe transport of radioactive material. It is designed and rigorously tested to limit radiation exposure and prevent any leakage of radioactive material under normal conditions or, for certain types of material, as a result of accidents such as falls, fires, or immersion in water.

The packaging design varies depending on the radioactivity and type of contents, with a differentiated approach being applied: the higher the potential hazard, the more powerful the protection.

Types of packaging for radioactive materials

Excepted packaging is used for very small quantities of radioactive material that pose minimal risk during transport. This packaging is safe, but due to the very low radiation levels, some of the more detailed labeling and documentation requirements applicable to higher-risk cargo do not apply.

Examples of materials transported in excepted packages include: laboratory instruments, small laboratory samples, smoke alarms, small calibration sources, small closedsources.

Industrial packaging is designed to ensure adequate levels of safety during the transportation of low specific activity (LSA) material and objects with surface radioactive contamination (OSRC).

LNA material is a radioactive material that, by its nature, has a low activity per unit mass: the distribution of radioactive material in the substance is so large that it does not pose a significant hazard.

An OPZ is a solid object that is not radioactive in itself, but has a contaminated surface.

Examples of materials transported in industrial packaging: uranium ore concentrate (yellow cake), radioactive waste.

Type A packages are intended for the safe transport of radioactive material posing a negligible radiological risk. They are designed to ensure containment and protection of the contents under normal transport conditions, including minor incidents.

Examples of materials transported in Type A packages:radiopharmaceuticals, used in medical imaging, fresh nuclear fuel for nuclear power plants.

Type B packages are designed to transport higher-level radioactive material. They are constructed to withstand severe accidents while ensuring safety.

Examples of materials transported in Type B packages include spent nuclear fuel from nuclear reactors being transferred to long-term storage facilities or reprocessing plants, and gamma cameras for radiographic inspection.

Type C packages are specifically designed for the air transport of very high-level radioactive material, which, if released during an accident, could cause severe radiation exposure. Type C packages provide the highest level of protection in the event of an accident.

Examples of materials transported in Type C packages include: high-level radioactive materials (including plutonium) used in medicine, industry and scientific research.

Certain materials, such as uranium hexafluoride or fissile materials (e.g., uranium-233, uranium-235, plutonium-239, and plutonium-241), require additional safety precautions due to their chemical properties (e.g., if the material is also flammable or corrosive) or an increased risk of criticality. Unlike most radioactive materials, some fissile materials, when present in the wrong quantity or configuration, can achieve criticality and cause a self-sustaining nuclear chain reaction. Because of this increased risk of chain reaction, additional precautions must be taken during design and operational control to prevent such conditions from occurring during transport.

Read more about uranium Here.

How is the safety of radioactive material ensured during transportation?

While nuclear safety measures aim to prevent accidents and radiation exposure, physical security measures during transport are aimed at protecting radioactive material from unauthorized access and malicious actions such as theft or sabotage.

Physical security measures during transportation are also based on a differentiated approach: they are adopted based on the risk level and take into account the quantity and physical and chemical properties of the radioactive material, its packaging, and the mode of transport. Physical security measures are aimed at promptly identifying potential threats, preventing malicious actions by creating obstacles, and training security personnel to effectively respond to neutralize the threat and mitigate damage.

Physical security measures may include route planning, secure storage during stops, personnel background checks, communication protocols, and real-time cargo tracking. Ensuring physical security also requires collaboration between transport operators, government agencies, and border authorities. Adopting physical security measures alongside nuclear safety measures ensures the protection of radioactive material at all stages of transportation.

Illustration: M. Magnaye/IAEA

What to do if an emergency occurs during the transportation of radioactive material?

Although accidents involving the transport of radioactive material are extremely rare, emergency preparedness and response are essential. Measures are taken to ensure that even in the event of an unexpected situation, people and the environment remain protected.

Ensuring readiness

Before transporting any shipment of radioactive material, emergency response plans are developed based on the risk level. These plans are based on a graded approach, meaning that the level of preparedness is proportionate to the potential hazard. Shippers and carriers must develop emergency response procedures and conduct regular briefings, drills, and exercises to ensure all parties are familiar with the procedures to follow in the event of an incident.

Collaboration

Effective emergency response is impossible without coordination. Shippers, carriers, local emergency services, and government agencies work together, fulfilling clearly defined roles within the national emergency response system. Communication and decision-making are organized to ensure actions across regions and modes of transportation are carried out quickly and safely.

Incident response

If an incident occurs during the transportation of radioactive material, the primary responsibility of emergency response services is to take prompt action to protect people and the environment. The first priority is to neutralize all radiological hazards by monitoring radiation levels, preventing the spread of contamination, and securing damaged packages. Response measures are initiated when there are clear signs of danger, such as elevated radiation levels or visible damage to the packages. The emergency response system provides qualified radiation protection specialists who can advise and assist in the safe and secure recovery of the material.

The application of strict IAEA safety standards and nuclear security guidance, coupled with effective international cooperation, enables the transport of radioactive material worldwide for medical, scientific, industrial, and energy purposes while ensuring the safety of people and the environment.

What is the role of the IAEA?

The IAEA develops and maintains safety standards and guidance on nuclear security and helps countries develop and implement robust national nuclear safety and security regimes governing the transport of radioactive material. Since 1961, the IAEA has enacted and periodically updatedRules for the safe transportation of radioactive materialsThese regulations are adopted worldwide and apply to all modes of transport. The IAEA provides countries, institutional and industrial stakeholders, and the general public with the necessary information and serves as a forum for them to discuss issues related to the transport of radioactive material, for example, within the framework of International Conference on the Safe and Secure Transport of Nuclear and Radioactive MaterialIn March 2026, the IAEA will organize courses and training on the transport of radioactive material in compliance with nuclear safety and security requirements at its e-learning platform.
Incident and Emergency CenterThe IAEA serves as the global focal point for coordinating international preparedness, communication, and response to nuclear and radiological incidents and emergencies. The IAEA helps resolve transport issues, including delays or denials of shipments of radioactive material due to complex regulations, radiation concerns, knowledge gaps, public demand, or logistical constraints. The IAEA promotes cooperation and regulatory harmonization, provides training, and builds national capacity. The IAEA also maintains an up-to-date inventory national coordinatorsAndcompetent authorities.

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On March 26, 2026, Gazprom-Media Holding expanded its cooperation with India.

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

Gazprom-Media Holding and the Indian company Eleeanora Images Privet Limited have signed a cooperation agreement. The document was signed by the holding's CEO, Alexander Zharov, and the Managing Director of Eleeanora Images Privet Limited, renowned Indian director and producer Neela Panda.

The agreement cemented the parties' intentions to collaborate in film production. The partners plan to jointly develop scripts and creative concepts for films, as well as pool their efforts in project financing. Plans include organizing filming in Russia and India with the participation of creative and technical specialists from both countries, as well as collaborating on post-production, marketing, and distribution in Russia, India, and other markets.

"This agreement establishes a systemic nature for our collaboration with our Indian partners. We're reaching a new level: not just occasional collaboration, but full-fledged cooperation—from content development to screen release. India is one of the fastest-growing media markets in the world, and it's important for us to build long-term relationships with players who understand local specifics and possess real expertise. I'm confident that combining our resources and expertise will enable us to create projects that will find audiences in both Russia and India."

Alexander Zharov, General Director of Gazprom-Media Holding

The document was signed during the Indian delegation's visit to the Gazprom-Media Holding office. The negotiations focused on the terms of the joint production of the film "Anna Pavlova," as well as Gazprom-Media Holding's assistance in implementing Eleeanora Images' projects in Russia.

"I'm very optimistic about this collaboration. Gazprom-Media understands how to make films for a large audience, while respecting the creative approach. For me, this is the perfect balance. I see that we can grow together—both as producers and as a creative team. I'm confident that exciting joint projects await us."

Nila Panda, Managing Director, Eleeanora Images Privet Limited

The signing of the agreement marks a continuation of Gazprom-Media Holding's strategy to develop its partnership with India. In early 2025, the holding signed agreements with Indian media companies Only Much Louder and Quantext Media Private Limited, and on the sidelines of the Russian-Indian Business Forum in December 2025, a cooperation agreement was signed with state broadcaster Prasar Bharati.

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The State University of Management will host an international conference on public and municipal governance.

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Source: Official website of the State –

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From April 22 to 24, the State University of Management will host the 2nd International Scientific and Practical Conference "Public and Municipal Administration in the Context of Implementing National Development Goals in Russia."

The event will discuss current issues related to improving the system of state and municipal governance in the context of achieving Russia's national development goals and addressing contemporary global challenges.

Researchers, teachers, graduate students, students, representatives of state and municipal authorities, the business community, and civil society institutions are invited to participate.

The conference, which will be held in a mixed format, will focus on the following areas:

The Future of Local Self-Government in the Russian Federation; Family and Demography in Focus of Public Administration: Strategies and Priorities; State Youth Policy and Education: Strategic Priorities and Implementation Mechanisms; Urban Infrastructure Development: Creating a Comfortable, Eco-Friendly, and Healthy Urban Environment; Technological Leadership and the Competitiveness of the National Economy: Challenges and Development Trajectories; Artificial Intelligence and the Digital Transformation of Public Administration; Institutions of Public Authority in Russia: Historical Retrospective and Contemporary Models; Young Scientists' Section of the Department of Public and Municipal Administration.

Participation in the conference is free. Applications are accepted on the official website until 12:00 PM (Moscow time) on April 19, 2026. Applications received after this deadline will not be accepted or considered.

Based on the conference results, a collection of conference proceedings will be compiled and posted article-by-article in the Russian Science Citation Index (RSCI). The conference is supported by the Russian Science Foundation.

In addition to the work in sections, the Conference will also include the Final of the Open Competition of Projects for Students in Grades 9–11 “If I Were the Head of a City (District),” the Interuniversity Hackathon “Urban Development Technologies,” and the 10th All-Russian Competition “History of Local Self-Government in My Region.”

Additional information about the program and submission requirements is available on the conference website.

Subscribe to the tg channel “Our State University” Announcement date: 04/22/2026

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Students from the State University of Management took a look behind the scenes at Lukoil Arena.

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Source: Official website of the State –

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On March 25, students from the State University of Management took a tour of Lukoil Arena, the home stadium of the Spartak Moscow team.

First-year students majoring in "Sports and Fitness Industry Management" at the Institute of Human Resources, Social, and Business Communications learned about the media center and press box, from which journalists cover matches, and assessed the size of the VIP boxes and hospitality areas designed to accommodate distinguished guests.

The tour was part of the educational process, with the goal of immersing future specialists in the infrastructure of a modern sports facility and studying its internal operating features.

The future managers were particularly interested in the tour of the stadium's "holy of holies": the team locker rooms and the mixed zone, where post-match interviews with players take place. Finally, the students walked through the players' tunnel to the side of the pitch, and also visited the coaches' benches and the bench.

An important part of the tour was learning about the club's history. Participants visited monuments to the club's legendary founders—the Starostin brothers and the great footballer Fyodor Cherenkov, whose names are inextricably linked with Spartak's history. The tour concluded with a visit to the Hall of Fame, the club's interactive museum. This hall, housing all of the team's most treasured possessions and trophies, left the students particularly impressed, clearly demonstrating the connection between sporting achievements and sound management and the brand's heritage.

"I express my sincere gratitude to the organizers for the opportunity to attend this excursion! I would like to highlight the impeccable organization and the rich and engaging program. Events like these leave behind more than just photos, but inspiration and memories that will last a lifetime," shared Polina Zhidkova, a student at the State University of Management.

The event was organized as part of a cooperation agreement between the State University of Management and the Spartak Moscow Football Club, providing students with a unique opportunity to apply their theoretical knowledge in practice and gain valuable experience in sports infrastructure management.

Subscribe to the "Our GUU" Telegram channel. Publication date: March 26, 2026.

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Sales of Sollers SF1 minivans have begun in Russia.

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

SOLLERS announces the launch of sales of the seven-seat Sollers SF1 minivan. These passenger vehicles are available online and at Sollers dealerships, starting at 2,250,000 rubles. This seven-seat version of the popular Sollers SF1 model is a versatile solution for family travel and commercial passenger transportation. This model is included in the register of vehicles approved by the Ministry of Industry and Trade of the Russian Federation for use as a taxi.

The ergonomic, spacious, and comfortable interior is designed for long journeys. The separate second-row seats offer an impressive range of longitudinal adjustment and are equipped with Isofix mounts for child seats. The three-seat rear bench seat folds 50/50, allowing for flexible cargo space management. The vehicle's 1.9-meter height allows for entry into underground parking, while its compact dimensions and ample glass area provide excellent maneuverability and visibility.

The Sollers SF1 (SF1) is equipped with a 1.5-liter turbocharged gasoline engine producing 136 hp. This reliable engine, with a timing chain drive, runs on AI-92 gasoline, meets the Euro-5 emission standard, and is paired with a five-speed manual transmission.

Even the basic configuration of the minivan offers a wide range of options: two airbags, ABS, disc brakes on all wheels, air conditioning, heated steering wheel, front seats, mirrors and washer nozzles, ultrasonic rear parking sensors, electric side windows and mirrors, a standard audio system, fog lights and LED daytime running lights.

Buyers of the Sollers SF1 (SF1) have access to six body colors: white, red, blue, as well as metallic colors – silver, dark gray, and black.

The new model is presented in Sollers dealerships and on online showcase priced from 2,250,000 rubles.

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Boao Forum for Asia 2026 highlights China's high-quality development amid global challenges

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

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

BOAO, Hainan Province, March 26 (Xinhua) — Amid a volatile global economic situation, China's high-quality development has once again captured the attention of participants at the ongoing Boao Forum for Asia (BAF) 2026 Annual Meeting, as the world searches for a reliable guide amid the growing fog of uncertainty.

According to politicians, academics and business leaders gathered in the coastal town of Boao in the island province of Hainan (South China), the country's innovative, coordinated, green, open and inclusive development provides markets and economies around the world with a double boost in terms of both stability and growth dynamics.

Despite headwinds such as tariffs and global crises, China has demonstrated high resilience in recent years, providing invaluable stability to global supply chains, said Denis Depoux, global managing director of Munich-based consultancy Roland Berger.

Founded in 2001, the BAF is celebrating its silver anniversary this year at an annual event that coincides with the launch of China's 15th Five-Year Plan (2026-2030)—a program aimed at advancing the country's modernization through high-quality development. Key priorities include innovation, green development, and high-level openness.

"Amid growing geopolitical uncertainty, the 15th Five-Year Plan provides a level of institutional stability that is rare globally," said Zheng Yongnian, a renowned scholar and professor at the University of Hong Kong (Shenzhen) in southern China's Guangdong Province.

He noted that to achieve China's aspiration to bring its per capita GDP to the level of a moderately developed country by 2035, a stable annual growth rate of 4.5-5 percent is necessary, meaning that the country will continue to account for around 30 percent of global economic growth in the next 5-10 years.

China has set a GDP growth target for 2026 of between 4.5 percent and 5 percent, significantly higher than the International Monetary Fund's January forecast of 3.3 percent global growth.

In the outline of the 15th Five-Year Plan, approved this month by China's top legislature, the country pledged to continue to adhere to the policy of openness, cooperation and mutual benefit, steadily expand institutional opening and build new, open economic systems that meet higher standards.

Hainan Island, host of the annual BAF meeting, offers a glimpse into China's high-level opening-up process. The Hainan Free Trade Port (HFTP), the world's largest by area, will soon celebrate the 100th day of independent customs operations across the island since this landmark policy took effect in December 2025.

Describing China as a "technology leader," Jack Perry, chairman of the UK's Group of 48, said this advantage would stimulate both the export of advanced equipment and demand for resources, making effective trade mechanisms increasingly important.

According to J. Perry, free trade zones play a key role in facilitating such processes.

China's openness has fostered a strong innovation ecosystem, noted Lin Guijun, former vice-rector of the University of International Business and Economics.

He said that thanks to the country's abundant human resources, capital, and government support, more and more multinational corporations are now building their global innovation strategies around China.

For multinational corporations, China represents a dynamic and multifaceted platform for growth. "The opportunity is not simply to sell goods to China, but to grow alongside China as it creates new corridors of cooperation, particularly with countries in the Global South," said Denis Depoux.

Describing Chinese modernization as “open” in nature, Zheng Yongnian noted that China’s development stands in stark contrast to Western models, which often “throw away the ladder” and monopolize development opportunities.

China extends a helping hand to the rest of the world. By encouraging and supporting the development of other countries, China seeks to promote common global modernization, Zheng Yongnian stated at the forum.

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China's Foreign Minister warned of serious consequences from strikes on nuclear facilities during a conflict in the Middle East.

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

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

BEIJING, March 26 (Xinhua) — Chinese Foreign Minister Wang Yi met with International Atomic Energy Agency (IAEA) Director General Rafael Mariano Grossi in Beijing on Thursday.

During the meeting, Wang Yi, also a member of the Politburo of the CPC Central Committee, stated that the fighting in the Middle East continues to spread, its consequences rapidly expanding beyond the conflict. If nuclear facilities become targets, this will have immeasurably serious consequences, and the region's population will find itself in dire straits, he warned. -0-

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From research to agreements: Polytechnic University became an active participant in the "Big City Ecology" forum

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Source: Peter the Great St. Petersburg Polytechnic University –

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From March 24th to 25th, the ExpoForum Convention and Exhibition Centre hosted one of Russia's key convention and exhibition events in the field of environmental protection and sustainable nature management—the St. Petersburg International Environmental Forum "Ecology of the Big City." A delegation from Peter the Great St. Petersburg Polytechnic University, including representatives of the Institute of Civil Engineering, actively participated in the event.

The forum was organized by the Government of St. Petersburg and ExpoForum International with the support of the Ministry of Natural Resources and Environment of the Russian Federation, the Federation Council of the Federal Assembly of the Russian Federation, the State Duma of the Russian Federation, and the Federal State Budgetary Institution Roszapovedtsentr.

The Polytechnic delegation included SPbPU Rector Andrey Rudskoy, Director of the Institute of Civil Engineering Marina Petrochenko, representatives of the ISI Higher School of Hydraulic and Power Engineering: Professor Natalia Politaeva, assistants Anna Oparina and Nikita Zibarev, graduate students Polina Shinkevich, Ksenia Velmozhina, and Maria Masalova, and Associate Professor Irina Russkova of the ISI Higher School of Technosphere Safety.

As part of the forum's business program, which included more than 60 events, participants discussed the environmental well-being of regions and cities, the circular economy, environmental monitoring, water use and protection, the development of nature reserves, eco-friendly transportation, and other pressing issues.

A key event at the forum was the signing of two agreements. The bilateral agreement between Peter the Great St. Petersburg Polytechnic University and the Committee for Nature Management, Environmental Protection, and Environmental Safety of St. Petersburg provides for joint research to assess the anthropogenic impact on urban environment components, the development and verification of mathematical models for long-term forecasting of environmental risks under changing anthropogenic loads, and a study of the potential of waste management technologies to facilitate their return to economic circulation.

A trilateral agreement between Peter the Great St. Petersburg Polytechnic University, the Committee for Nature Management, Environmental Protection, and Ecological Safety of St. Petersburg, and the A.P. Karpinsky All-Russian Geological Research Institute aims to strengthen cooperation in the development of digital projects, including the implementation of information modeling technologies and the creation of digital twins for geological exploration of the subsurface, environmental protection, and sustainable nature management. The key project of this collaboration will be the development of a digital twin of the underground space of St. Petersburg.

The documents were signed by SPbPU Rector Andrey Rudskoy, Chairman of the Committee on Nature Management Kirill Soloveichik, and General Director of the A.P. Karpinsky All-Russian Geological Research Institute Pavel Khimchenko.

The signed agreements open up new opportunities for integrating the scientific potential of Peter the Great St. Petersburg Polytechnic University and the practical experience of the Committee for Nature Management in addressing the city's environmental challenges. Priority areas include mathematical modeling of environmental processes, forecasting anthropogenic impacts on the environment, and educational activities. I am confident that the implementation of this integrated approach will yield significant results, and we will continue to actively work in this direction, emphasized SPbPU Rector Andrey Rudskoy.

The forum featured a youth conference, "Sustainable Development: Scientific Ideas of the Next Generation." The conference served as a bridge between student research and real-world environmental practice.

Andrey Samusevich, Deputy Chairman of the Committee for Nature Management, Environmental Protection, and Environmental Safety of St. Petersburg, delivered a welcoming speech, noting the importance of the scientific research presented for the development of an ecological future: "This is not just a youth event, but a space for development, the formation of a substantive agenda, the generation of ideas, and the demonstration of scientific achievements that shape our future. It is crucial that all scientific research and advancements in the field of ecology are understood by modern society and given the opportunity for practical implementation and application."

Polina Shinkevich, a third-year postgraduate student at the Institute of Civil Engineering, presented a paper titled "Biofiltration of CHP Flue Gases with Microalgae Biomass as an Element of Decarbonization in Energy Projects." She explored the use of microalgae biomass as a biofilter for CHP flue gases. The project examined flue gases from the North-West CHP Plant, confirming the feasibility of using microalgae to decarbonize flue gases from energy facilities.

I believe this conference is of great importance for highlighting our scientific developments, which creates a solid foundation for their practical implementation, noted Polina Shinkevich.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.