Study On Intelligent Optimization Scheme Of High Temperature Pipeline Insulation Structure Reconstruction

In the actual work of pipeline thermal insulation structure transformation,it is found that the existing high temperature pipeline thermal insulation structure transformation process is complicated,the informationization degree is low,the knowledge system in the thermal insulation structure transformation process is incomplete,it needs to carry out a lot of data calculation,resulting in low work efficiency,long transformation time,and more energy consumption.Therefore,the demand for intelligent optimization scheme of high temperature pipeline insulation structure transformation is increasingly urgent.Based on the analysis of the renovation work and the above problems,the intelligent optimization scheme of the renovation of pipeline insulation structure is put forward.First of all,the current situation and principle of pipeline thermal insulation structure transformation are deeply analyzed.According to its transformation process,an intelligent optimization scheme of high-temperature pipeline thermal insulation structure transformation is designed.Secondly,the material selection data were obtained,and the knowledge base was designed based on the framework representation to provide different material selection schemes for thermal insulation structures according to different aging characteristics.Finally,a variety of multi-objective intelligent optimization algorithms were studied and compared,and the particle swarm optimization algorithm was selected as the optimization algorithm,and the optimization model of thermal insulation structure reconstruction based on improved particle swarm optimization was designed,and the optimal results were obtained.Dynamically generate the corresponding construction guidance scheme to provide timely and effective auxiliary decisionmaking for the staff.Application results show that the heat pipe heat preservation structure transformation of intelligent optimization scheme can better solve the problems of the current pipeline insulation structure transformation,and the optimization solution can be reliable guidance of construction personnel,improve the work efficiency,reduce the heat loss,the heat preservation structure more affordably,development platform and has good application value,It is of great significance to improve the scientific management level of pipeline insulation work.