Academicians make plans for energy conservation and emission reduction
China's economic development has changed from "fast and good" to "good and fast." Energy-saving and emission-reduction are the top priorities, and the engineering and scientific communities are responsible for this. On February 24th, 17 academicians of the Chinese Academy of Engineering made suggestions on energy conservation and emission reduction at Nanjing University of Technology. They believed that only by allowing environmental protection technology to truly enter the main position of economic construction can energy conservation and emission reduction be achieved and the quality of China’s economic growth can be improved.
Academician Cao Xianghong pointed out the development prospects of China's refining and petrochemical industry in 2020. He pointed out that shortages of crude oil resources, inferior quality of crude oil, and “three wastes†emissions from the production process will be serious challenges facing the refining and petrochemical industry. In response to the main targets of China's energy conservation and emission reduction during the “11th Five-Year Plan†period, Academician Cao Xianghong raised several issues that the refinery and petrochemical industry must pay attention to in 2020, namely the rational and effective use of petroleum resources; the development and utilization of biomass for the production of transportation fuels, biochemicals, and biotechnology. Materials; Selection of process routes and product options for the production of transportation fuels and petrochemical products from coal resources; emphasis on “three wastes†treatment, product cleanliness, and emission reduction of carbon dioxide.
Research and development in the fields of chemicals and materials play a decisive role in the development of recycling economy and the realization of renewable resources. Academician Zuo Tiejun discussed the sustainable development of the material industry from four aspects: the status and role of materials in social development, concerns and reflections on the development of materials, the background and connotation of circular economy, and the strategy for achieving sustainable development of materials. The relationship of circular economy. Academician Zuo Tiejun explained the importance of energy using informative data and proposed that the three major factors such as the change of ethics or values, the constraints of laws and regulations, and the role of science and technology should be used to mitigate the ecological crisis. In addition, the report “Reasonable Treatment and Recycling of Refining Wastewater from Refining Refinery and Recycling Water Treatment†by Academician Wang Xiqing promotes the construction of a “system-based, energy-saving, emission reduction technology innovation and achievement transformation system that integrates production, learning and researchâ€. Instructive. Academician Wang Jingkang made a special report titled "Sustainable Development Challenges to Chemical Engineering".
Ouyang Pingkai, academician of the Chinese Academy of Engineering and president of Nanjing University of Technology, stated that strengthening energy and resource conservation and environmental protection, energy saving and emission reduction, and sustainable development have become the strongest voices of this era. Energy-saving and emission-reduction are the tasks of the engineering science and technology community. As a engineering college, Nanjing University of Technology has complete professionalism in chemical engineering, metallurgy, and materials and has been working hard to assume its due obligations.
It is reported that during the “Eleventh Five-Year Plan†period, the country has arranged a number of major energy-saving and emission reduction technology projects and will overcome a number of key and common technologies. Experts at the meeting believe that accelerating the construction of energy-saving and emission-reduction technology support platforms and setting up a group of national engineering laboratories and national key laboratories are important links for achieving energy-saving and emission-reduction goals.
Academician Cao Xianghong pointed out the development prospects of China's refining and petrochemical industry in 2020. He pointed out that shortages of crude oil resources, inferior quality of crude oil, and “three wastes†emissions from the production process will be serious challenges facing the refining and petrochemical industry. In response to the main targets of China's energy conservation and emission reduction during the “11th Five-Year Plan†period, Academician Cao Xianghong raised several issues that the refinery and petrochemical industry must pay attention to in 2020, namely the rational and effective use of petroleum resources; the development and utilization of biomass for the production of transportation fuels, biochemicals, and biotechnology. Materials; Selection of process routes and product options for the production of transportation fuels and petrochemical products from coal resources; emphasis on “three wastes†treatment, product cleanliness, and emission reduction of carbon dioxide.
Research and development in the fields of chemicals and materials play a decisive role in the development of recycling economy and the realization of renewable resources. Academician Zuo Tiejun discussed the sustainable development of the material industry from four aspects: the status and role of materials in social development, concerns and reflections on the development of materials, the background and connotation of circular economy, and the strategy for achieving sustainable development of materials. The relationship of circular economy. Academician Zuo Tiejun explained the importance of energy using informative data and proposed that the three major factors such as the change of ethics or values, the constraints of laws and regulations, and the role of science and technology should be used to mitigate the ecological crisis. In addition, the report “Reasonable Treatment and Recycling of Refining Wastewater from Refining Refinery and Recycling Water Treatment†by Academician Wang Xiqing promotes the construction of a “system-based, energy-saving, emission reduction technology innovation and achievement transformation system that integrates production, learning and researchâ€. Instructive. Academician Wang Jingkang made a special report titled "Sustainable Development Challenges to Chemical Engineering".
Ouyang Pingkai, academician of the Chinese Academy of Engineering and president of Nanjing University of Technology, stated that strengthening energy and resource conservation and environmental protection, energy saving and emission reduction, and sustainable development have become the strongest voices of this era. Energy-saving and emission-reduction are the tasks of the engineering science and technology community. As a engineering college, Nanjing University of Technology has complete professionalism in chemical engineering, metallurgy, and materials and has been working hard to assume its due obligations.
It is reported that during the “Eleventh Five-Year Plan†period, the country has arranged a number of major energy-saving and emission reduction technology projects and will overcome a number of key and common technologies. Experts at the meeting believe that accelerating the construction of energy-saving and emission-reduction technology support platforms and setting up a group of national engineering laboratories and national key laboratories are important links for achieving energy-saving and emission-reduction goals.
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