Yintoni i-RTO?

Yintoni iRTO?

Iyunithi yokutshisa ibhedi evuselelayo (RTO) luhlobo logcino lwamandla kunye nezixhobo zokhuselo lokusingqongileyo zokunyanga irhasi eyinkunkuma equlethe i-medium concentration volatile organic compounds (VOCS). Xa kuthelekiswa ne-adsorption yendabuko, ukufunxa kunye nezinye iinkqubo, yindlela esebenzayo, ehambelana nokusingqongileyo kunye nonyango olucokisekileyo.

I-gas ephumayo eveliswa yiyunithi yokuvelisa kwi-workshop yokuvelisa iqokelelwa ngombhobho kwaye ithunyelwe kwi-RTO yi-fan, eyenza i-oxidizes yezinto eziphilayo okanye ezivuthayo kwimveliso yokuvelisa kwi-carbon dioxide kunye namanzi. Ubushushu obuveliswa yi-oxidation bugcinwa kwi-RTO ngokusebenzisa i-ceramic yokugcina i-thermal, kunye ne-exhaust gas engene emva kokushisa kwangaphambili kuphumelele umphumo wokonga amandla.

Isakhiwo esiphambili se-RTO yamagumbi amabini iqulethe igumbi le-oxidation ephezulu yokushisa, ii-regenerator ezimbini ze-ceramic kunye neevalve ezine zokutshintsha. Xa igesi yenkunkuma yezinto eziphilayo ingena kwi-regenerator 1, i-regenerator 1 ikhupha ubushushu, kwaye i-organic waste gas ifudunyezwa malunga ne-800.℃ kwaye emva koko itshiswe kwigumbi le-oxidation ephezulu, kwaye igesi ecocekileyo yokushisa emva kokutshisa idlula kwi-regenerator 2. I-accumulator 2 ithatha ukushisa, kwaye igesi ephezulu yokushisa ipholile yi-accumulator 2 kwaye ikhutshwe nge-valve yokutshintsha. . Emva kwexesha elithile, i-valve ishintshiwe, kwaye i-gas yenkunkuma yezinto eziphilayo ingena kwi-accumulator 2, kwaye i-accumulator 2 ikhupha ubushushu ukutshisa igesi yenkunkuma, kwaye i-gas yenkunkuma i-oxidized kwaye itshiswa nge-accumulator 1, kunye nobushushu. ifunnwe yi-accumulator 1, kwaye igesi ephezulu yokushisa ipholile kwaye ikhutshwe nge-valve yokutshintsha. Ngale ndlela, ukutshintshwa kwexesha lexesha kunokuqhubeka nokunyanga igesi yenkunkuma yezinto eziphilayo, kwaye kwangaxeshanye, akukho mfuneko okanye umlinganiselo omncinci wamandla okuphumeza ukonga amandla.