Comprehensive Energy Consumption Analysis of Tin Smelting Process Based on MRMR-LR
With the acceleration of the process of modern industry,the production process of high energy consumption has not adapted to the development requirements of the industry and the country.In the context of the continuous promotion of the dual carbon goal,the non-ferrous metal industry has been listed as a key object of energy conservation and emission reduction,and the development of low-energy production process has become the only way.Based on MRMR-LR algorithm,nine key factors were selected from tin production process,and a regression model was established to analyze the influence of energy consumption factors on the comprehensive energy consumption in tin production process.Taking a domestic tin smelter as an example,the verification and analysis results show that seven key factors are positively correlated with comprehensive energy consumption,and the other two key factors are negatively correlated with comprehensive energy consumption.Based on the research results,energy-saving suggestions are put forward from three aspects:roasting,smelting and refining in tin smelting process.
energy consumption analysismultiple linear regressiontin smeltingenergy saving and consumption reduction
NETL
NSTL
万方数据
维普
