Multi Energy LiBr Absorption Chiller

Inkcazelo ngokubanzi:

Multi Energy LiBr Absorption Chiller yiuhlobo lwezixhobo zokukhenkceza eziqhutywa ngamandla amaninzi, njengamandla elanga, i-exhaust / flue gas, i-steam kunye namanzi ashushu, apho isisombululo se-LiBr sisetyenziswa njenge-absorbent kunye namanzi yifriji.Iyunithi iphambili yenziwe yi-HTG, LTG, i-condenser, i-evaporator, i-absorber, ubushushu obuphezulu be-HX, i-temp ephantsi.I-HX, i-condensate yamanzi i-HX, isixhobo sokucoca ngokuzenzekelayo, impompo yokufunxa, impompo enkonkxiweyo, njl.

Okuqhotyoshelwe apha ngezantsi yiprofayile yenkampani yethu yamva nje.

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Umgaqo wokuSebenza kunye nomjikelo wokupholisa

Umgaqo wokusebenza

Ukusebenzisa irhasi yobushushu bobushushu obuphezulu kunye nerhasi yendalo njengomthombo wobushushu okuqhubayo, irhasi yoflue kunye ne-LiBr absorption chiller ekhutshwa ngqo (Ichiller/Iyunithi) isebenzisa umphunga wamanzi aphinda ufakwe kwifriji ukuvelisa amanzi abandayo.

Kubomi bethu bemihla ngemihla, njengoko sisazi sonke ukuba, siya kuziva sipholile xa sivuza utywala esikhumbeni, oko kungenxa yokuba umphunga uya kutsala ubushushu eluswini lwethu.Ayiyiyo kuphela utywala, zonke ezinye iintlobo zolwelo ziyakufunxa ubushushu obujikelezileyo ngelixa uphuphuma ngumphunga.Kwaye okukhona usezantsi uxinzelelo lwe-atmospheri, kokukhona usezantsi ubushushu bomphunga.Umzekelo, iqondo lokubilisa lamanzi yi-100℃ phantsi kwe-atmosphere e-1 yoxinzelelo, kodwa ukuba umoya we-atmospheri wehla ukuya ku-0.00891, isantya sokubilisa samanzi siye kutsho ku-5℃. Yiyo loo nto phantsi kweemeko zevacuum, amanzi anokuthi abe ngumphunga kwiqondo lobushushu eliphantsi kakhulu.

Lowo ngumgaqo osisiseko wokusebenza we-multi-energy absorption chiller ye-LiBr.Amanzi (ifriji) ayaba ngumphunga kwisixhobo sokufunxa esifunxa kakhulu kwaye sifunxa ubushushu emanzini ekufuneka apholiswe.Umphunga wefriji emva koko ufunxwa sisisombululo se-LiBr (i-absorbent) kwaye ijikelezwe ngeempompo.Inkqubo iyaphinda.

Qhagamshelana nathi ukulungiselela i-100%.

Umjikelo wokupholisa

Umgaqo osebenzayo we-multi-energy absorption chiller ye-LiBr uboniswa njengoMfanekiso 2-1.Isisombululo esihlanjululweyo esivela kwi-absorber, esipompelwa yimpompo yesisombululo, sidlula i-low-temp exchanger heat (LTHE) kunye ne-high-temp exchanger heat (HTHE), emva koko singene kwi-high-temp generator (HTG), apho ibiliswa khona igesi yobushushu obuphezulu kunye negesi ye-naturak ukuvelisa uxinzelelo oluphezulu, umphunga obushushu obushushu obuphezulu.Isisombululo esihlanjululweyo sijika sibe sisisombululo esiphakathi.

Isisombululo esiphakathi sihamba nge-HTHE ukuya kwijenereyitha yobushushu obuphantsi(LTG), apho ifudunyezwa ngumphunga wefriji osuka kwi-HTG ukuvelisa umphunga wefriji.Isisombululo esiphakathi siba sisisombululo esigxininisiweyo.

I-high-pressure, i-high-temp-temp vapor epholileyo eyenziwa yi-HTG, emva kokufudumeza isisombululo esiphakathi kwi-LTG, idibanisa emanzini efriji.Amanzi, emva kokuba ehlanjululwe, kunye nomphunga wefriji owenziwe kwi-LTG, faka i-condenser kwaye upholiswe ngamanzi okupholisa kwaye ujike ube ngamanzi efriji.

Amanzi efriji enziwe kwi-condenser adlula umbhobho we-U kwaye ageleze kwi-evaporator.Inxalenye yamanzi efriji iyancipha ngenxa yoxinzelelo oluphantsi kakhulu kwi-evaporator, ngelixa uninzi lwayo luqhutywa yimpompo yefriji kwaye ifakwe kwi-evaporator tube bundle.Amanzi anesikhenkcezisi afafazwe kwityhubhu yetyhubhu emva koko afunxa ubushushu kumanzi aqukuqelayo kwinyanda yetyhubhu aze abe ngumphunga.

Isisombululo esigxininisiweyo esivela kwi-LTG sihamba nge-LTHE kwi-absorber kwaye sitshizwe kwi-tube bundle.Emva koko, emva kokupholisa ngamanzi ageleza kwi-tube bundle, isisombululo esigxininisiweyo sithatha umphunga wefriji kwi-evaporator kwaye sibe sisisombululo esihlanjululweyo.Ngale ndlela, isisombululo esigxininiswe ngokuqhubekayo sithatha umphunga wefriji owenziwe kwi-evaporator, igcina inkqubo yokuqhuma iqhubeka.Okwangoku, isisombululo esihlanjululweyo sihanjiswa ngepompo yesisombululo kwi-HTG, apho ibilisiwe kwaye igxininiswe kwakhona.Ngaloo ndlela umjikelo wokupholisa ugqityezelwa ngamandla amaninzi e-LiBr absorption chiller kwaye umjikelo uyaphinda.