U.S. Secretary of Agriculture Secretary-General Wisak recently publicly stated that the U.S. Department of Agriculture and the Department of Energy will subsidize 10 domestic bioenergy and biofuel crop projects, with a total funding of 12.2 million U.S. dollars. It is understood that increasing subsidies for biomass energy projects has become an important means for developing biomass energy in Europe and the United States.
It is understood that the U.S. subsidized projects are mainly located in California, Florida, and Kansas. Weisak said that this investment aims to improve special crops to produce biofuels, which will help reduce oil imports. The combination of the U.S. Department of Energy’s large-scale genetic recombination technology and the Department of Agriculture's crop improvement experience will accelerate the improvement of biofuel production efficiency.
In addition, Bürs, the State Secretary of the Federal Ministry of Agriculture of Germany, also said recently that the German Federal Ministry of Agriculture will invest 180 million euros to support biomass energy technology research, research funding from the "Renewable Materials Research Program" and the federal government energy climate* *. Currently, about 70% of renewable energy supply in Germany comes from renewable raw materials, while crops account for most of the supply of renewable raw materials. The future funding of Biomass Energy Research in the German Federal Ministry of Agriculture will focus on: the combined use of biomass and other renewable energy technologies; the improvement of decentralized bioenergy use efficiency technologies; and the development of a new renewable energy technology route using renewable algae Energy crop breeding technologies adapted to future climate change; Advanced, sustainable and efficient biomass fuels; Research into humus and nutrient composition of organic residues in bioenergy conversion equipment.
The British Energy and Climate Change Department publicly stated in mid-December that it officially established a £3 million ** for the Renewable Energy Heating Supplementary Mechanism (RHPP). This ** will be mainly used to develop domestic social housing renewable energy heating technology. Technologies that qualify for RHPP include: biomass boilers, solar thermal panels, ground source heat pumps, air source heat pumps, and water source heat pumps. The United Kingdom will use RHPP as a support to increase the use of solar thermal panels, biomass boilers and heat pumps, while reducing carbon dioxide emissions.
Biologists estimate that the Earth's land produces 100 billion to 125 billion tons of biomass each year; the ocean produces 50 billion tons of biomass each year. The annual production of biomass energy far exceeds the total energy demand in the world, which is equivalent to 10 times the current world total energy consumption. The UN Food and Agriculture Organization believes that biomass energy may become the main force for sustainable development in the future.
It is understood that the U.S. subsidized projects are mainly located in California, Florida, and Kansas. Weisak said that this investment aims to improve special crops to produce biofuels, which will help reduce oil imports. The combination of the U.S. Department of Energy’s large-scale genetic recombination technology and the Department of Agriculture's crop improvement experience will accelerate the improvement of biofuel production efficiency.
In addition, Bürs, the State Secretary of the Federal Ministry of Agriculture of Germany, also said recently that the German Federal Ministry of Agriculture will invest 180 million euros to support biomass energy technology research, research funding from the "Renewable Materials Research Program" and the federal government energy climate* *. Currently, about 70% of renewable energy supply in Germany comes from renewable raw materials, while crops account for most of the supply of renewable raw materials. The future funding of Biomass Energy Research in the German Federal Ministry of Agriculture will focus on: the combined use of biomass and other renewable energy technologies; the improvement of decentralized bioenergy use efficiency technologies; and the development of a new renewable energy technology route using renewable algae Energy crop breeding technologies adapted to future climate change; Advanced, sustainable and efficient biomass fuels; Research into humus and nutrient composition of organic residues in bioenergy conversion equipment.
The British Energy and Climate Change Department publicly stated in mid-December that it officially established a £3 million ** for the Renewable Energy Heating Supplementary Mechanism (RHPP). This ** will be mainly used to develop domestic social housing renewable energy heating technology. Technologies that qualify for RHPP include: biomass boilers, solar thermal panels, ground source heat pumps, air source heat pumps, and water source heat pumps. The United Kingdom will use RHPP as a support to increase the use of solar thermal panels, biomass boilers and heat pumps, while reducing carbon dioxide emissions.
Biologists estimate that the Earth's land produces 100 billion to 125 billion tons of biomass each year; the ocean produces 50 billion tons of biomass each year. The annual production of biomass energy far exceeds the total energy demand in the world, which is equivalent to 10 times the current world total energy consumption. The UN Food and Agriculture Organization believes that biomass energy may become the main force for sustainable development in the future.
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