Inner Mongolia Baotou Power Plant Waste Utilization of New Materials


Release time:

2018-11-29

Date of Waste Utilization and Production of New Materials in Baotou Power Plant, Inner Mongolia: Before 14:17 July 11, 2010, the field of energy conservation and environmental protection in Qingshan District reported another good news. The first phase of the foundation project of the new wall material enterprise construction project dedicated to the comprehensive utilization of fly ash has been successfully completed, and the second phase of the production line construction is expected to be put into operation in August. The project is invested and constructed by Beiyuan Second New Environmental Protection Products Co., Ltd., which is an environmental protection enterprise under Northern United Power Co., Ltd. that specializes in providing supporting facilities for the comprehensive utilization of fly ash for its power plants. Upon completion of the project, the majority of the fly ash waste from the second power plant will be digested and absorbed to achieve the annual

Inner Mongolia Baotou Power Plant Waste Utilization of New Materials

Date:July 11, 2010 14:17
 
A few days ago, the field of energy conservation and environmental protection in Qingshan District reported another good news. The first phase of the foundation project of the new wall material enterprise construction project dedicated to the comprehensive utilization of fly ash has been successfully completed, and the second phase of the production line construction is expected to be put into production in August. The project is invested and constructed by Beiyuan Second New Environmental Protection Products Co., Ltd., which is an environmental protection enterprise under Northern United Power Co., Ltd. that specializes in providing supporting facilities for the comprehensive utilization of fly ash for its power plants. After the completion of the project, most of the fly ash waste from the second power plant will be digested and absorbed, and the design goal of annual production of 0.24 billion fly ash autoclaved bricks and 200000 cubic meters of fly ash processed concrete blocks will be achieved. At the same time, the project can save 630000 cubic meters of clay resources in Qingshan District every year, reduce the land for the production of clay bricks and fly ash stacking area by more than 700 mu, save 22000 tons of coal for burning bricks, use 120000 tons of waste water, and save 6.34 million degrees of electricity. Drive waste discharge enterprises, waste utilization enterprises and production and living environment to achieve mutual benefit and win-win results. Inner Mongolia Promotes Energy-saving Technology Products such as Iron Tailings Porous Bricks July 1, 2010-It was learned from the Economic and Information Commission of Inner Mongolia Autonomous Region on June 29 that in order to promote the development of energy-saving work, Inner Mongolia has compiled the "2010 Inner Mongolia Autonomous Region Energy-saving Technology and Energy-saving Products Promotion Catalogue" and published 9 energy-saving technologies and 8 energy-saving products, including the production of 90-type energy-saving and environment-saving porous bricks from iron tailings. It is understood that the nine energy-saving technologies are: power control technology for medium-sized wind turbines (5 ~ 10KW); Application technology of off-grid wind-solar hybrid power generation system; Using livestock manure to realize cogeneration of heat, electricity and fertilizer; Comprehensive utilization of low-carbon living demonstration area technology; Coal-fired boiler flue gas CO2 technology; Treatment technology of starch wastewater from potato production; Municipal solid waste treatment technology; Comprehensive utilization technology of coke oven gas; High-value bioethanol production technology. The eight energy-saving products are: using iron tailings to produce 90 type energy-saving and environment-friendly porous bricks; Energy-saving wind-solar complementary street lamps; High-efficiency energy-saving biomass heating and gasifier; Energy-saving and environment-friendly European-style wooden doors and windows; Environmental-friendly functional glass such as ultraviolet shielding; Particleboard made of wood waste and corn straw; Use coal gangue to produce ceramic fiber energy-saving series products; Use avermectin waste to produce compound fertilizer.