Biomass energy can no longer compete with people for food
The global oil shortage and food security issues have attracted much attention. The development and utilization of biomass energy such as corn ethanol has also been plagued by disputes over “grabbing with people for food†and “contending with grainâ€. On November 2nd, at the International Expert Forum on the Development and Utilization of Tropical and Subtropical Resources of the Guangxi Bioenergy and Biomaterials Industry held in Nanning, Guangxi, experts from the United Nations and many countries stated that vigorously developing biomass energy and improving biomass energy utilization technologies can not only Helping poor people in underdeveloped areas to increase their income can also solve problems such as “grabbing with people for food†and “contending with foodâ€.
At present, with the rise of international food prices and the widespread concern of food security issues, the development model of biomass energy using ethanol as a raw material as a raw material has been controversial because it threatens food security. To this end, scientists began to look at the 1.5th generation non-grain bioethanol, the second generation of cellulosic ethanol, the third generation of microalgal diesel, and the bio-kerosene represented by cassava, jatropha, and seaweed.
“The United Nations Industrial Development Organization is committed to helping the backward countries and regions to develop the biomass energy industry.†George, the head of the biotechnology project department of the United Nations Industrial Development Organization, said that there are large areas in many backward areas in the world that are not suitable for the cultivation of rice, corn, soybeans and other food crops. The barren lands, if cultivated on these lands, such as cassava and jatropha, will not only help the local people increase their income, but also provide more raw materials for the biomass energy industry.
While vigorously developing non-food biomass energy and improving the technological level of biomass energy utilization, China has made great progress in exploration and practice. "With the development of science and technology, the problems of biomass energy, food for people, and disputes for grain can be solved." Dr. Yang Huanming, academician of Chinese Academy of Sciences and president of Shenzhen Huada Gene Research Institute, said that as a new industry The development of biomass energy currently depends to a certain extent on grain cultivation, but with the development of science and technology, the use of marine algae to produce biodiesel, and the use of artificial bacteria or embryonic microbes to produce energy alternatives such as gasoline and diesel have tended to tend to Mature, biomass energy industry can gradually get rid of dependence on farmland.
As an important biomass energy base in southern China, after several years of development, Guangxi has already possessed a number of renewable energy energy enterprises such as bio-ethanol, bio-diesel, and biomass power generation. Currently, it has been scaled by Guangxi Zhongliang Biomass Co., Ltd. Substance companies, Liuzhou Minghui Biofuels Co., Ltd., and Funan Bioenergy Co., Ltd. used raw materials such as cassava, jatropha, bagasse, straw, and other non-food crops.
According to Huang Ribo, deputy chairman of the Guangxi People's Political Consultative Conference and president of the Guangxi Academy of Sciences, Guangxi is actively developing the use of cassava, bagasse, straw, marine microalgae and other tropical and subtropical resources in southern China to expand the range of raw materials required by the bio-industry and actively overcome major bottlenecks. With key technologies, it is proposed to develop bio-refinery technology and build a green biomass energy industry that does not compete for food or land.
At present, with the rise of international food prices and the widespread concern of food security issues, the development model of biomass energy using ethanol as a raw material as a raw material has been controversial because it threatens food security. To this end, scientists began to look at the 1.5th generation non-grain bioethanol, the second generation of cellulosic ethanol, the third generation of microalgal diesel, and the bio-kerosene represented by cassava, jatropha, and seaweed.
“The United Nations Industrial Development Organization is committed to helping the backward countries and regions to develop the biomass energy industry.†George, the head of the biotechnology project department of the United Nations Industrial Development Organization, said that there are large areas in many backward areas in the world that are not suitable for the cultivation of rice, corn, soybeans and other food crops. The barren lands, if cultivated on these lands, such as cassava and jatropha, will not only help the local people increase their income, but also provide more raw materials for the biomass energy industry.
While vigorously developing non-food biomass energy and improving the technological level of biomass energy utilization, China has made great progress in exploration and practice. "With the development of science and technology, the problems of biomass energy, food for people, and disputes for grain can be solved." Dr. Yang Huanming, academician of Chinese Academy of Sciences and president of Shenzhen Huada Gene Research Institute, said that as a new industry The development of biomass energy currently depends to a certain extent on grain cultivation, but with the development of science and technology, the use of marine algae to produce biodiesel, and the use of artificial bacteria or embryonic microbes to produce energy alternatives such as gasoline and diesel have tended to tend to Mature, biomass energy industry can gradually get rid of dependence on farmland.
As an important biomass energy base in southern China, after several years of development, Guangxi has already possessed a number of renewable energy energy enterprises such as bio-ethanol, bio-diesel, and biomass power generation. Currently, it has been scaled by Guangxi Zhongliang Biomass Co., Ltd. Substance companies, Liuzhou Minghui Biofuels Co., Ltd., and Funan Bioenergy Co., Ltd. used raw materials such as cassava, jatropha, bagasse, straw, and other non-food crops.
According to Huang Ribo, deputy chairman of the Guangxi People's Political Consultative Conference and president of the Guangxi Academy of Sciences, Guangxi is actively developing the use of cassava, bagasse, straw, marine microalgae and other tropical and subtropical resources in southern China to expand the range of raw materials required by the bio-industry and actively overcome major bottlenecks. With key technologies, it is proposed to develop bio-refinery technology and build a green biomass energy industry that does not compete for food or land.
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