A dynamic evaluation method for energy efficiency of ethylene production based on operating conditions

Abstract

The invention belongs to the field of ethylene production energy efficiency evaluation, and relates to a dynamic evaluation method for ethylene production energy efficiency based on working conditions, which realizes the dynamic analysis of the comprehensive energy consumption per unit product in the ethylene production process. The present invention determines 24 typical working conditions by analyzing the external uncontrollable constraint conditions of ethylene production, uses support vector machine to classify ethylene production data into working conditions in real time, and then calculates the comprehensive energy consumption per unit of product and the benchmark value through the data envelopment analysis method, Display the energy efficiency level of ethylene production in real time and give the analysis results. The effect and benefit of the present invention are that it is possible to analyze the specific situation and influencing factors of energy consumption in the corresponding statistical period for different working conditions, thereby judging the "optimum operating parameters of the actually achievable working conditions", effectively improving the energy consumption due to lack of Insufficient energy efficiency analysis of ethylene production due to process analysis.

Description

technical field [0001] The invention relates to the technical field of ethylene production energy efficiency evaluation, and relates to a dynamic evaluation method for ethylene production energy efficiency based on working conditions. Background technique [0002] China is a big energy country, and its total geological reserves rank third in the world, but the per capita level is obviously insufficient. With the continuous development of my country's industrialization and urbanization, the energy demand of the entire national economy has become increasingly prominent, and the per capita energy consumption level has also increased sharply. However, in such a tense situation of energy utilization, the economic efficiency generated by energy consumption in the process of production and consumption is relatively low. Targeted solutions to China's energy supply and demand contradictions. There are three ways to solve this problem: first, open source, that is, increase energy su...

AI Technical Summary

Problems solved by technology

The above-mentioned algorithm methods do not take into account the actual production and operation of ethylene. Because the ethylene production process is complex and belongs to a complex process, there are many factors affecting its energy efficiency. It is not based on the evaluation and analysis from the perspective of production process, and its guidance for future production is not obvious.

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