Amine　scrubbing　is　the　benchmark　technology　for　carbon　capture.　However,　amine　scrubbing　requires　elevated-temperature　steam　to　promote　CO2　desorption.　In　order　to　solve　the　problem　of　high　energy　consumption,　a　combustion　desorption　reaction　system　(CDRS)　was　proposed,　which　integrates　an　electrochemical　process　and　waste　incineration　process.　A　CDRS　model　was　developed.　Experimental　study　and　numerical　simulations　on　the　CDRS　were　conducted.　The　effects　of　the　initial　value　of　concentration,　the　position　of　the　anode　plate,　the　depth　of　the　solution,　and　the　size　of　the　reactor　on　CDRS　performance　were　studied.　It　is　found　that　electron　transfer　occurs　during　the　reaction　and　a　voltage　of　0.35　V　is　generated.　In　addition,　it　is　shown　that　the　maximum　CO2　desorption　temperature　in　the　system　is　88　°C,　and　its　average　value　is　around　63　°C.　The　energy　consumption　is　determined　as　1.4　GJ/t.　The　CDRS　increases　the　CO2　desorption　rate　by　98%　at　90　°C　compared　to　the　amine　scrubbing　technology.　©