Recently, the joint research teams of the Shanghai Research Institute for Advanced Research of the Chinese Academy of Sciences and Shanghai University of Science and Technology have made progress in the development of low-carbon development strategies for coal chemical industry, and built a low-carbon composite energy system in which nuclear energy/renewable energy and coal resources are coupled to deal with coal-rich countries. The global carbon dioxide emission reduction has brought about innovative solutions. The distinctive features of the low-carbon composite energy system and its system integration are the effective coupling of low-carbon energy and traditional carbon-containing energy, and the integration of corresponding CO2 emission reduction and transformation and utilization technologies to achieve low-carbon and high-efficiency production capacity from the system perspective, and to ensure energy strategy Provide CO2 emission reduction while providing supply solutions for low carbon and high efficiency utilization of coal. The scientific research team centered on the idea of ​​system integration of the “low-carbon composite energy system†and focused on the characteristics of coal-based carbon- and hydrogen-depletion in chemical processes, and used low-carbon energy hydrogen production technology to couple coal gasification processes to produce fuels and chemicals to achieve a coal chemical process. The equilibrium of carbon and hydrogen, the elimination of the direct carbon emission source of traditional coal chemical industry - water gas shifting process, greatly increased the energy efficiency and carbon efficiency of the coal utilization process, and significantly reduced carbon emissions. The economic analysis shows that the low-carbon composite energy system will be highly competitive in the context of lower carbon energy prices and carbon taxation in the future. Scenario analysis studies have found that adopting this system integration will bring significant carbon emission reduction effects. Related research results were published on Joule. The study was supported by the Chinese Academy of Sciences and Shell Petroleum. Steel Rigging,Stainless Steel Rigging,Stainless Steel Rigging Fittings,Stainless Steel Rigging Hardware Taizhou Risco Stainless Steel Products Co.,Ltd , https://www.riscofastener.com
Low-carbon composite energy system concept map
Shanghai Institute of High Technology, etc. put forward coal chemical low-carbon development