In response to the ultra-low emission requirements for coal-fired boiler flue gas pollutants,this study investigates the practical application of intelligent operation of the vacuum heat pipe low-temperature economizer system.The system operation plan is analyzed from four aspects:Equipment operation data collection,three-dimensional digital presentation of equipment,equipment anomaly early warning prediction,and heat transfer efficiency analysis and diagnosis.Improvement measures are proposed for operational issues.The results show that the intelligent operation of the low-temperature economizer system can promote its transformation towards unmanned and automated operation,optimize and upgrade carbon reduction technologies for coal-fired boilers,and save operation and maintenance costs.
维普
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