Iintlobo zeemveliso

iveliso ezifakiwe

Izixhobo ezidibeneyo zokucoca ugutyulo

Iinkqubo zokucocwa kwamanzi ezifakwe kwikhonteyina

Umatshini wokukhupha ityuwa kuManzi eTyuwa

Inkqubo yaManzi yeUltrafiltration

Inkqubo yeReverse Osmosis yoShishino

Uhlobo lwebhokisi Umatshini we-Osmosis obuyela umva

Isixhobo sokucocwa kwamanzi esifakwe kwikhonteyina

Inkqubo ye-RO yokuNyangwa kwamanzi

I-Regenerative Catalytic Oxidizer

I-Regenerative Catalytic Oxidizer kunye nenkqubo yokutshisa i-catalytic ithatha i-PLC yokulawula ukutsha ngokuzenzekelayo, ulawulo oluzenzekelayo ngokupheleleyo, ukusebenza okuzinzileyo kufikelela kumaxesha angama-5-20, ukwenzela ukuba umthamo omkhulu womoya omkhulu, i-concentration ephantsi ye-VOCs inkunkuma yegesi, iguqulwe ibe yivolumu yomoya ephantsi, i-concentration ephezulu ye-gas yenkunkuma, ukunciphisa kakhulu ukucaciswa kwezixhobo zokusebenza ze-post-processing. Ukuhla koxinzelelo okwenziwa kukubhengezwa kwee-VOCs nge-zeolite runner kuphantsi kakhulu, okunokunciphisa kakhulu ukusetyenziswa kwamandla.

Qhagamshelana nathi

iinkcukacha zemveliso

Intshayelelo yeProjekthi

Iingenelo zokusetyenziswa okudityanisiweyo kwe-zeolite rotary concentrator kunye netekhnoloji yokutshisa i-catalytic ibandakanya:

Ukudityaniswa kwesixhobo soxinzelelo se-rotor ye-zeolite kunye netekhnoloji yokutshisa i-catalytic ibonelela ngeenzuzo ezininzi kwii-VOC zokukhupha unyango lwegesi kunye nonyango lwegesi yomsila. Ezi teknoloji zimbini zisebenza kunye ukubonelela ngempembelelo yokucoca kabini, ukususa ngokufanelekileyo izinto eziphilayo kunye nezinye izinto ezingcolisa igesi ephumayo. Esi siphumo sokuhlanjululwa kabini senza unyango lwegesi yenkunkuma lucokiseke ngakumbi kwaye luqinisekisa ukuba igesi ephathwayo ihambelana nemimiselo kunye nemigangatho yokusingqongileyo.

Enye yeenzuzo eziphambili zokudibanisa i-zeolite rotor concentrators kunye neteknoloji yokutshisa i-catalytic kukusebenza kwayo okuphezulu kunye nokusetyenziswa kwamandla aphantsi. Ukusetyenziswa ngokudibeneyo kwezi teknoloji zimbini kuphucula kakhulu ukusebenza kakuhle kwenkunkuma yonyango lwegesi, konga ukusetyenziswa kwamandla, kunye nokunciphisa iindleko zizonke zonyango lwegesi yenkunkuma. Le yinzuzo ebalulekileyo kumashishini afuna ukunciphisa impembelelo yokusingqongileyo kunye neendleko zokusebenza.

Ukongeza, indibaniselwano yezi teknoloji ineenzuzo zokusingqongileyo kunye nokonga amandla. Itekhnoloji yokutsha yeCatalytic inokuguqula izinto eziphilayo kwirhasi yokukhupha ibe zizinto ezingenabungozi ezifana neCO2 kunye nomphunga wamanzi. Oku akuthinteli kuphela ukungcoliseka okwesibini kokusingqongileyo, kodwa kukwaqonda ukubuyiswa kwamandla kunye nokusetyenziswa kwemithombo yerhasi eyinkunkuma, nto leyo eyenza inkqubo yokucocwa kwerhasi eyinkunkuma izinze ngakumbi.

Ukongeza, isixhobo soxinaniso se-zeolite rotor kunye netekhnoloji yokutshisa i-catalytic kulula ukuyisebenzisa kwaye kulula ukuyigcina nokulawula. Zombini itekhnoloji isekelwe kwimigaqo yomzimba kunye neekhemikhali, ezenza kube lula ukuzisebenzisa kunye nokuzigcina. Oku kulula ukusebenza luphawu olunomtsalane kumashishini ajonga itekhnoloji yonyango yegesi esebenzayo nesebenzayo.

Isishwankathelo, udibaniso lwesixhobo soxinaniso se-zeolite rotor kunye netekhnoloji yokutshisa i-catalytic ineengenelo zesiphumo sokuhlanjululwa kabini, ukusebenza kakuhle okuphezulu, ukusetyenziswa kwamandla aphantsi, ukukhuselwa kwendalo kunye nokonga amandla, kunye nokusebenza ngokulula. Oku kuyenza itekhnoloji yonyango yegesi esebenzayo kakhulu kwaye ifanelekile kumashishini ahlukeneyo kunye nokusetyenziswa.

Intshayelelo yeProjekthi

Unyango lwe-VOC lwenkqubo entsha: ivili le-zeolite adsorption yoxinaniso + ukutsha kwecatalytic

I-VOCs i-gas exhaust i-gas yokubunjwa okuyinkimbinkimbi, inani elikhulu leentlobo, iipropati ezahlukeneyo kunye nezinye iimpawu ezininzi ze-substance, kwindlela yokucoca igesi yendabuko yokuhlanjululwa, isoloko ijongene nengxaki yale nto ayinayo uqoqosho kwaye ayikwazi ukuhlangabezana nomgangatho. Ngoko ke, ngeenzuzo zeteknoloji yeyunithi yonyango yomoya, ukudibanisa iindlela zonyango zegesi azikwazi ukunciphisa kuphela iindleko zezoqoqosho zokuhlanjululwa, kodwa zihlangabezane neemfuno zokukhutshwa. Ngoko ke, inkqubo yokudibanisa isebenzisa iinkqubo ezimbini okanye ngaphezulu ziye zaphuhliswa ngokukhawuleza.

Unyango lwe-low-concentration, i-high-emission ye-VOC engcolisa isoloko ingumngeni omkhulu ojongene neenjineli zokusingqongileyo. Iindlela zemveli zihlala zibandakanya utyalo-mali olukhulu lwezixhobo, iindleko eziphezulu, kunye nokusebenza okuphantsi. Nangona kunjalo, inkqubo entsha esebenzisa iinkqubo ze-rotor ze-zeolite ukunyanga i-gases yenkunkuma ye-industrial equkethe i-volatile organic compounds (VOCs) ibonakalisa ukuba ngumtshintshi womdlalo kunyango lwegesi yenkunkuma.

Inkqubo entsha ibandakanya ukusetyenziswa kwe-zeolite rotor concentrators enokuthi ibhengeze kwaye ihlukanise iikhompawundi eziguquguqukayo zezinto eziphilayo kubuninzi beegesi zenkunkuma yamashishini. Emva koko ii-VOCs ziyaxinzelelwa kwaye zigxininiswe ukuze zenze ugxininiso oluphezulu, igesi encinci yenkunkuma yemizi-mveliso, ethi iphinde iboliswe kwaye icocwe ngokutshiswa kwe-catalytic. Le ndlela, ebizwa ngokuba yi-adsorption separation concentration + i-combustion decomposition kunye nendlela yokucoca, ibonelela ngesisombululo esisebenzayo kunye neendleko ezisebenzayo zokunyanga izinto ezingcolisa i-VOC kwigesi yenkunkuma yamashishini.

Ingundoqo yale nkqubo entsha yinkqubo ye-rotor ye-zeolite, equkethe i-adsorption rotor ene-honeycomb structure. I-rotor igcinwe kwindlu eyahlulwe yaba yimimandla emithathu: ukupholisa, i-adsorption kunye nokuvuselelwa. Ezi ndawo zintathu zidityaniswe omnye komnye ngemibhobho yokupholisa umoya, umoya wokuhlaziya kunye nenkqubo yomoya. Imoto ikhuthaza ukujikeleza okucothayo kwe-rotor ngesantya se-3-8 rpm ngeyure.

Ukuze kuqinisekiswe ukunyaniseka kwenkqubo kunye nokuthintela ukuhamba komoya kunye nokuvuza phakathi kwee-air ducts, izixhobo zokutywinwa kwe-fluororubber ezichasene nokushisa zisetyenziswa kwicandelo ngalinye. Oku kuqinisekisa ukuba umoya ongcolileyo uthunyelwa ngokufanelekileyo kwindawo ye-adsorption kwaye ihlanjululwe ngumvutheli. Njengoko ivili le-adsorption lijikeleza, lifikelela kwindawo egcweleyo kwaye lingene kwindawo yokuhlaziya. Ngeli nqanaba, umoya wokuvuselela ubushushu obuphezulu ungeniswa ukwenzela ukuba iigesi ezingcolileyo zibhengezwe kwaye zidluliselwe kumoya wokuhlaziya ukuvuselelwa. I-adsorption rotor iye ipholiswe kwindawo yokupholisa emva koko ibuyiselwe kwindawo ye-adsorption ukugqiba umjikelo wokuhlaziya.

Ukusetyenziswa kwe-zeolite rotor concentrators kudityaniswe ne-catalytic combustion ukunyanga ii-VOCs kwiigesi zenkunkuma yemizi-mveliso imele intuthuko enkulu kwitekhnoloji yonyango lwegesi eyinkunkuma. Le ndlela entsha ibonelela ngesisombululo esizinzileyo kunye neendleko ezisebenzayo kumceli mngeni wokusingqongileyo owenziwe ngungcoliseko lwe-VOC ekukhutshweni komoya woshishino kwaye unokuhamba ixesha elide ekuphuculeni umgangatho womoya kunye nokunciphisa impembelelo yokusingqongileyo kwimisebenzi yezoshishino. dlala indima ebalulekileyo. Njengoko amashishini aqhubeka nokubeka phambili ukugcinwa kokusingqongileyo kunye nokuthotyelwa kokulawula, ukwamkelwa kwale nkqubo intsha yokutshisa i-catalytic kunye ne-rotor concentration ibambe isithembiso esikhulu kwixesha elizayo le-VOC yokukhupha unyango.

Intshayelelo yeProjekthi

Umgaqo-nkqubo wokusebenza we-zeolite rotor + iinkqubo ze-catalytic oxidation:

Iinkqubo ze-rotor ze-Zeolite, ezikwabizwa ngokuba yi-zeolite rotor concentrators, ziitekhnoloji ezintsha ezifumana ingqalelo ekusebenzeni kwazo kwi-VOC yokukhupha igesi yonyango. Xa zidityaniswe ne-catalytic oxidation, ezi nkqubo zibonelela ngesisombululo esisebenzayo kunye nokusingqongileyo kunyango lokukhupha igesi.

Umgaqo osebenzayo we-rotor ye-zeolite + i-catalytic oxidation system inokwahlulwa ibe ngamanqanaba amaninzi, isigaba ngasinye sidlala indima ebalulekileyo kuyo yonke inkqubo.

Inqanaba lokuqala linqanaba le-adsorption. Irhasi yenkunkuma yezinto eziphilayo idlula kwi-rotor ye-zeolite kwaye ikhethwa ngokufanelekileyo ngokobukhulu beemolekyuli zegesi. Ubungakanani be-molecular sieve pore ye-zeolite bunokulungelelaniswa ngokobungakanani beamolekyuli zegesi yokukhupha, ngaloo ndlela kufezekiseke i-adsorption ekhethiweyo kakhulu. Nokuba kugxininiso oluphantsi, abagijimi be-zeolite bagcina amandla aphezulu e-adsorption kumaqondo obushushu aphezulu, okubenza babe lolona khetho lulungileyo lonyango lwerhasi yenkunkuma.

Isigaba se-adsorption silandelwa yi-desorption phase, apho i-rotor ye-zeolite ijikeleza ngokucothayo, isebenzisa umoya oshushu ukusuka kwindawo yokuvuselela ukugcina ukuchithwa kwegesi ye-adsorbed organic waste. Enye yezinto eziphambili ze-adsorption ye-zeolite kukungatsha kwayo, ukuvumela ukuba ukushisa kwe-desorption kubekwe ngokuhambelana nokubunjwa kwegesi yokukhupha. Oku kwenza ukuba inkqubo ikwazi ukuphatha ngokufanelekileyo iinxalenye zegesi ephumayo ebilayo.

Okulandelayo yinqanaba lokutshisa okubangelayo. I-concentrator ye-rotor ye-zeolite ibamba i-molecule ye-exhaust gas kwi-low-concentration, i-volume high-volume exhaust gas. I-desorbed high-concentration, i-low-volume gesi yokukhupha ingena kwisixhobo sokutshisa i-catalytic kwi-low-temperature catalytic combustion. Le nkqubo inceda ukunciphisa ukusetyenziswa kwamandla kunye namaqondo obushushu okutsha aphakathi kwama-200 kunye nama-450 degrees celsius. Esi sixhobo sokutshisa i-catalytic sisetyenziswa ngokubanzi kwaye sinokufudunyezwa ngombane. Isebenzisa kuphela amandla ombane ngexesha lenkqubo yokulahla kwaye inamandla okusebenza amalunga nama-60kW.

Ekugqibeleni, inqanaba lokubuyisela i-rotor ye-zeolite libandakanya ukufudumeza i-rotor ye-zeolite ukubuyisela ukusebenza kwayo kwe-adsorption. Ukufezekisa oku, i-fan yokupholisa isetyenziselwa ukupholisa i-zeolite ukuze ijikeleze kwaye ibhengeze iigesi zenkunkuma.

Ukudityaniswa kweenkqubo ze-rotor ze-zeolite kunye ne-catalytic oxidation ibonelela ngeenzuzo ezininzi kunyango lwe-VOC yokukhupha igesi. Ngokubamba ngokufanelekileyo kunye nokucubungula iimolekyuli zegesi ephumayo, ezi nkqubo zinceda ukunciphisa ukungcoliseka komoya kunye nokubonelela ngezisombululo ezizinzileyo zokunyanga igesi yokukhupha.

Isishwankathelo, umgaqo osebenzayo we-zeolite rotor + i-catalytic oxidation system ibonisa ukutsha kunye nokusebenza kakuhle kobu buchwepheshe. Ezi nkqubo zenze inkqubela ebonakalayo kwintsimi ye-VOC yokukhupha igesi yonyango ngenxa yokukwazi kwabo ukukhetha iimolekyuli zegesi ephumayo, ukukhuthaza ukuchithwa kunye nokutsha kwe-catalytic, kunye nokubuyisela kunye nokusebenzisa kwakhona i-zeolites. Njengoko imimiselo yokusingqongileyo iqhubeka iqina, imfuno yezisombululo zonyango oluphezulu, njenge-zeolite rotor concentrators kunye ne-catalytic oxidation, iya kuqhubeka ikhula kuphela.

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