On the Basis of Computer Analysis of the Current Situation of Energy Conservation and Consumption Reduction in China’s Iron and Steel Industry and Research Measures

Abstract

Adhering to the strategy of energy conservation and emission reduction is one of the important principles of China’s industrial development. As one of the indispensable pillar industries of the national economy with high energy consumption and emissions. at the same time because of the restriction of the natural environment conditions, the high-speed development of behind to face the problem of the shortage of resources, ecological destruction, in order to improve people’s quality of life and life experience, improve the level of energy conservation and emissions reduction iron and steel industry is imperative. Steel smelting industry, comprehensive considering the steel utilization, energy conservation and emissions reduction targets, etc., have noticed that the costs in smelting system energy-saving, the importance of the question is, society for steel utilization, can’t bring enough money for the iron and steel smelting industry benefit, and hindered the development of new energy saving technology, increased the energy saving of iron and steel smelting system pressure. Thus it can be seen that cost capital is the main problem of energy saving in modern iron and steel smelting system. Only with financial support can the level of energy saving be improved.

Prediction of Compressive Strength of Biomass–Humic Acid Limonite Pellets Using Artificial Neural Network Model

“…Many countries worldwide are implementing green development initiatives to reduce carbon emissions [ 1 , 2 ]. The steel industry, as a heavy industry, generates a significant amount of exhaust gases, wastewater, and solid waste during the production process, leading to severe environmental pollution [ 3 , 4 ]. In comparison to sintered ore, pelletized ore has higher iron content, fewer harmful elements, and good reducibility, which results in increased production, reduced coke consumption, cost savings, optimized burden structure, and improved economic benefits in blast furnace smelting.…”