Recently, the Loudi Municipal Bureau of Industry and Information Technology released the "Implementation Plan for Carbon Peak in Loudi City's Industrial Sector", which mentioned that relevant regulations on capacity replacement and project filing, environmental impact assessment, energy conservation assessment and review, etc. should be strictly implemented to strictly prevent "land regulations" "Steel" has revived and the excess capacity that has been resolved has resumed production. Optimize the structure of raw materials, encourage enterprises to make full use of scrap steel resources, increase the ratio of scrap steel in steelmaking, support the establishment of regional large-scale scrap steel recycling, processing and distribution centers, and improve the ability to guarantee the supply of scrap steel resources. Optimize the process structure, develop short-process electric arc furnace steelmaking in an orderly manner, increase green and low-carbon technological transformation, implement coking, sintering, ironmaking, and steelmaking process equipment transformation and upgrading, and strengthen the cascade comprehensive utilization of waste heat and energy. Optimize the energy structure, increase the proportion of green power usage, and steadily reduce the proportion of coal consumption. Optimize the product structure, focusing on the development of high-performance (ultra) high-strength steel mainly for construction machinery steel, automotive steel, wear-resistant steel, tool and die steel, and riveting screw steel, as well as automotive sheet, silicon steel, home appliance sheet, enameled steel, etc. Focus on high-quality cold-rolled sheets and coated sheets, accelerate the development of high-performance silicon steel and its deep processing industry, cultivate and strengthen special series of products such as military steel, medium and high-end stainless steel, and composite materials, and promote the transformation of the steel industry to "high-end, precision, and cutting-edge". Strengthen non-blast furnace ironmaking, hydrogen metallurgy and other advanced technology research, and carry out pilot demonstrations of advanced low-carbon technology industrialization. Promote the application of a new generation of information technology in the steel industry, strengthen the construction of intelligent energy management and control centers, and improve the level of digitalization and intelligence. By 2025, the proportion of production capacity above the energy efficiency benchmark level in ironmaking and steelmaking processes will reach 30%, and the proportion of high-efficiency steel varieties will reach 65%.
Key projects: Promoting the comprehensive energy-saving renovation of the converter gasification system, large-scale cryogenic air oxygen generator, sintering machine, steelmaking plant, coking dust, raw material storage yard, coke oven, intelligent manufacturing and information system of Valin Lian Iron and Steel Co., Ltd. Projects, 150MW ultra-high temperature subcritical generator set, 1580mm hot rolling production line, cold rolling plant silicon steel and other new projects; Valin Arcelor solar photovoltaic power generation project; Lengshuijiang Iron and Steel blast furnace hot blast stove, closed raw material yard, raw material transportation system, Sintering machine (pellet) flue gas desulfurization and denitrification, lime kiln dust removal system, blast furnace system (steelmaking converter) dust removal transformation and other upgrading and transformation projects, 2*40MW double-superpower generator set construction, molten iron tank reconstruction and other projects construction; promote medium and high Construction of non-oriented silicon steel production lines, ultra-low-loss silicon steel sheets for UHV power transmission and transformation equipment, and high-strength steel production lines for construction machinery; promote the construction of iron and steel deep processing industrial parks in Louxing Industrial Development Zone.
Key technologies: promote advanced coking and energy-saving technologies such as rising pipe waste heat recovery, circulating ammonia water and primary cooler waste heat recovery, flue gas waste heat recovery, high-efficiency distillation, heat pump, etc.; low-carbon thick material layer sintering, comprehensive sealing of sintering machines, Sintering technologies such as internal circulation of sintering flue gas, clean sintering with hydrogen-based fuel injection, intelligent and efficient sintering waste heat recovery, etc.; blast furnace oxygen-enriched combustion, blast dehumidification, hot blast stove combustion control, blast furnace roof pressure equalization gas recovery, large proportion of blast furnace Advanced ironmaking technologies such as pellet smelting; advanced steelmaking technologies such as converter high-scrap ratio smelting, scrap preheating, primary flue gas dry dust removal, ladle baking for energy saving, and high-efficiency electric arc furnace smelting; hot charging and hot delivery, and hot rolling Advanced steel rolling technology such as precise temperature control.
微信扫一扫打赏
