化工设计通讯
化工設計通訊
화공설계통신
CHEMICAL ENGINEERING DESIGN COMMUNICATIONS
2014年
6期
48-50
,共3页
往复式压缩机%健康能效监测%CO2 压缩机%在役再设计
往複式壓縮機%健康能效鑑測%CO2 壓縮機%在役再設計
왕복식압축궤%건강능효감측%CO2 압축궤%재역재설계
reciprocating compressor%health-status monitoring%CO2 compressor%redesign the device in service
通过建立往复式压缩机等熵效率计算模型，基于运行环境、工况参数进行在役再设计，以便科学评估压缩机的健康能效状态并制定科学的维修决策。4M32‐180／155型CO2压缩机的应用实践表明，该方案能够解决超温、超压和打气量低的故障，对于提高压缩机运行周期、降低运行成本、提高企业经济效益具有重要的意义。
通過建立往複式壓縮機等熵效率計算模型，基于運行環境、工況參數進行在役再設計，以便科學評估壓縮機的健康能效狀態併製定科學的維脩決策。4M32‐180／155型CO2壓縮機的應用實踐錶明，該方案能夠解決超溫、超壓和打氣量低的故障，對于提高壓縮機運行週期、降低運行成本、提高企業經濟效益具有重要的意義。
통과건립왕복식압축궤등적효솔계산모형，기우운행배경、공황삼수진행재역재설계，이편과학평고압축궤적건강능효상태병제정과학적유수결책。4M32‐180／155형CO2압축궤적응용실천표명，해방안능구해결초온、초압화타기량저적고장，대우제고압축궤운행주기、강저운행성본、제고기업경제효익구유중요적의의。
Establish the entropy efficiency calculation model of the reciprocating compressor ,then redesign the device in service based on the operating environment and working conditions ,so as to scientifically assess the health status of the compressor energy efficiency and develop scientific maintenance program . The application practice of the 4M32‐180/155‐type CO2 compressor shows that the program can solve the failures of over‐temperature , over‐pressure and the compressor low capacity . It has the important significance for increasing the compressor running cycle ,lowing the operating cost ,and improving the economic benefits .
