Experimental Investigation into Flue Gas Water and Waste Heat Recovery Using a Purge Gas Ceramic Membrane Condenser
Da Teng, Xinxian Jia, Wenkai Yang, Liansuo An, Guoqing Shen, Heng Zhang
Abstract
; thus, the ceramic membrane tube wall thermal resistance can be neglected. There is a temperature difference between the flue gas and the purge gas, and the entropy production value of the ceramic membrane condenser increases with the flue gas temperature increases by the irreversible process.
Topics & Concepts
Flue gasPurgeWaste managementWaste heatWaste heat recovery unitHeat recovery ventilationCeramic membraneSteam drumHeat recovery steam generatorBoiler (water heating)Environmental engineeringChemistryEnvironmental scienceThermal power stationMaterials scienceSuperheated steamHeat exchangerCeramicEngineeringMetallurgyMechanical engineeringSolar-Powered Water Purification MethodsAdsorption and Cooling SystemsMembrane Separation Technologies