Liu Hua, an official from the International Atomic Energy Agency, said that Haiyang project has improved thermal usage efficiency and economy of nuclear power, expressing his hope to strengthen technical cooperation with China in comprehensive utilization of nuclear energy, as well as recommending China's successful experience to the international community.ДЄt present, Haiyang's nuclear energy heating project is heating 30 million square meters of residential homes in the city. During this process, only heat is transferred without any exchanged hot water, which ensures the safety and reliability of nuclear energy heating. The nuclear energy heating project has become the world's largest cogeneration unit after the operation of the second phase of the heating project of 4.5 million square meters, which has replaced 12 local coal-fired water boilers and benefited 200,000 residents in Haiyang, making the city the first 'zero carbon' residential heating city in China.Д®xperts said that the nuclear power plants extracts the high-pressure residual steam from the nuclear power unit as the heat source, and then carries out a multi-stage heat exchange through the station, finally transferring the heat to residential homes through the municipal heating pipeline network. The nuclear energy heating in Haiyang has taken the first step towards comprehensive utilization of China's nuclear energy development, which effectively improves the energy use efficiency, forming an important component of the country achieving its strategic goals of 'carbon peak and carbon neutrality,' one analyst said. The second phase of the nuclear energy heating project in Haiyang city, East China's Shandong Province entered operation on Monday, an important breakthrough in China's nuclear energy heating strategy, with the city saying goodbye to coal-fired heating, showing that the country has ramped up efforts to promote clean energy residential heating. Shandong launched a campaign to promote a shift from coal to electricity for 358,400 households during its heating season in 2020, which will save 270,000 tonnes of standard coal and reduce emission of 680,000 tonnes of carbon dioxide in the heating season. 12, 2020 shows a heating station with clean energy at Wendeng district in Weihai, east China's Shandong Province. Strong international collaborations with overseas counterparts and nuclear-focused multinational organisations help leverage AustraliaвЂ™s nuclear research capabilities, ensuring we continue to deliver best practice, cutting-edge research, and effective knowledge sharing.Aerial photo taken on Nov. While these can be accessed through peer-reviewed, collaborative and commercial arrangements, ANSTO can also assist potential users by identifying nuclear-based techniques that meet their research needs. Science at ANSTOДЄNSTO scientists investigate subjects as diverse as materials, life sciences, climate variability, mining, and engineering.ДЄNSTO's research capabilities, enabled by the OPAL multipurpose reactor and associated technologies, include neutron and X-ray diffraction instruments, particle accelerators, and radiopharmaceutical laboratories. If we can understand how atoms come together, interact, and can be best combined with other atoms, then new, more efficient materials and medicines can be developed. Nuclear science is crucial to understanding our universe, our world, and ourselves at the atomic level. In nuclear science, the word 'nuclear' means 'of or relating to or constituting theВ nucleusВ of an atom'.В AtomsВ are the fundamental constituents of everything around us, and we ourselves are entirely composed of them. Nuclear science is the study of the atomic world.

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