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Recently, the Shanghai Municipal People's Government issued the "Shanghai Carbon Peak Implementation Plan"
.
The "Plan" proposes to promote the application of diversified energy sources such as shallow geothermal energy, hydrogen energy, and industrial waste heat
.
Actively promote liquefied natural gas fuel, biomass fuel and explore the application of new energy such as hydrogen and ammonia in ocean-going ships
.
Vigorously promote low-cost renewable energy hydrogen production, low-cost carbon dioxide capture and utilization, and accelerate the research and development and demonstration application of hydrogen energy technology
.
The "Plan" has a large section on the development of hydrogen energy, and one of the key tasks proposed is to promote the carbon peaking action in the industrial field
.
Including encouraging and supporting all districts and parks to intensify efforts to carry out green and low-carbon recycling technology innovation and application demonstration, cultivate and expand new energy, new energy vehicles, energy conservation and environmental protection, recycling, energy storage and smart grid, carbon capture and resource utilization , hydrogen energy and other green and low-carbon cycle related manufacturing and service industries
.
.
Including encouraging and supporting all districts and parks to intensify efforts to carry out green and low-carbon recycling technology innovation and application demonstration, cultivate and expand new energy, new energy vehicles, energy conservation and environmental protection, recycling, energy storage and smart grid, carbon capture and resource utilization , hydrogen energy and other green and low-carbon cycle related manufacturing and service industries
.
The second key task is to promote the application of diversified energy sources such as shallow geothermal energy, hydrogen energy, and industrial waste heat, and accelerate the optimization of the building energy structure
.
.
The third key task is to promote green and low-carbon actions in the transportation sector
.
Including actively expanding the application of clean energy such as natural gas, advanced bio-liquid fuel, and hydrogen energy in the transportation field
.
Continue to promote the demonstration, pilot, and popularization of liquefied natural gas, biomass fuel, and hydrogen-fueled heavy-duty freight vehicles
.
By 2035, actively promote liquefied natural gas fuel, biomass fuel and explore the application of new energy such as hydrogen and ammonia in ocean-going ships
.
.
Including actively expanding the application of clean energy such as natural gas, advanced bio-liquid fuel, and hydrogen energy in the transportation field
.
Continue to promote the demonstration, pilot, and popularization of liquefied natural gas, biomass fuel, and hydrogen-fueled heavy-duty freight vehicles
.
By 2035, actively promote liquefied natural gas fuel, biomass fuel and explore the application of new energy such as hydrogen and ammonia in ocean-going ships
.
The fourth key task is to promote green and low-carbon technological innovation actions
.
Such as strengthening basic research and cutting-edge technology layout
.
Accelerate the deployment of a number of forward-looking and strategic cutting-edge science and technology projects
.
Accelerate the research and development, promotion and application of advanced and applicable technologies, break through shortcomings such as low-cost renewable energy production of hydrogen, and accelerate the research and development and demonstration applications of hydrogen energy technology
.
At the same time, colleges and universities and scientific research institutes should be encouraged to speed up the construction of new energy, energy storage, hydrogen energy, carbon emission reduction, carbon sink, carbon emission trading and other disciplines and personnel training
.
.
Such as strengthening basic research and cutting-edge technology layout
.
Accelerate the deployment of a number of forward-looking and strategic cutting-edge science and technology projects
.
Accelerate the research and development, promotion and application of advanced and applicable technologies, break through shortcomings such as low-cost renewable energy production of hydrogen, and accelerate the research and development and demonstration applications of hydrogen energy technology
.
At the same time, colleges and universities and scientific research institutes should be encouraged to speed up the construction of new energy, energy storage, hydrogen energy, carbon emission reduction, carbon sink, carbon emission trading and other disciplines and personnel training
.
The "Plan" will provide policy support for improving the regulatory and standard system, such as promoting the formulation of national standards and industry standards such as renewable energy and hydrogen energy
.
.