AbakwaNandeli bangasebenzisa ukuncishiswa kwengcindezi ukushayela imishini ejikelezayo. Imininingwane yokuthi ungahlola kanjani izinzuzo ezingaba khona zokufaka i-Extender zingatholakala lapha.
Imvamisa embonini yenqubo yamakhemikhali (i-CPI), "inani elikhulu lamandla lichithwa kuma-valves okulawula ingcindezi lapho uketshezi oluphezulu lwengcindezi kufanele lucindezelwe khona" [1]. Ngokuya ngezinto ezahlukahlukene zobuchwepheshe nezomnotho, kungahle kube okufiselekayo ukuguqula la mandla ukuba kube amandla okujikeleza imishini, okungasetshenziswa ukushayela abakhiqizi noma eminye imishini ejikelezayo. Okwe-fluids ebonakalayo (uketshezi), lokhu kutholakala kusetshenziswa i-hydraulic energy reflove turbine (hprt; bheka ireferensi 1). Ngoketshezi olucindezelayo (amagesi), isandisi ngumshini ofanele.
Abakwa-Anderners ubuchwepheshe obuvuthiwe obunezinhlelo eziningi eziphumelelayo ezifana ne-fluid catalytic cralying (FCC), isiqandisi, ama-valve edolobha lemvelo, ukuhlukaniswa komoya noma ukuphuma komoya. Ngokuyinhloko, noma yimuphi umfudlana wegesi ngokucindezela okuncishisiwe ungasetshenziselwa ukushayela umkhawulo, kepha "umphumela wamandla ulingana ngqo nesilinganiso sokucindezela, izinga lokushisa kanye nokugeleza kokwehla kwegesi kanye nezomnotho. Ukuqaliswa Kwama-Expander: Inqubo incike kulezi zinto nakwezinye izinto, njengamanani entengo endawo kanye nokutholakala komenzi wemishini efanelekile.
Yize i-turboexpered (isebenza ngokufanayo ne-turbine) uhlobo oluhle kakhulu lwe-Expender (isithombe 1), kunezinhlobo ezilungele izimo ezahlukahlukene zenqubo. Le ndatshana yethula izinhlobo eziphambili zokwenda kanye nezinto zazo futhi ifingqa ukuthi abaphathi be-Operations, abahlinzeki noma abacwaningi mabhuku okuhlukaniswa kwe-CPI abahlukahlukene bangahlola izinzuzo ezingaba khona zezomnotho nezemvelo zokufaka isandiso.
Kunezinhlobo eziningi ezahlukahlukene zama-band wokumelana ahlukahluka kakhulu ku-geometry kanye nomsebenzi. Izinhlobo eziphambili zikhonjiswa kuMdwebo 2, futhi uhlobo ngalunye luchazwe kafushane ngezansi. Ngeminye imininingwane, kanye namagrafu aqhathanisa isimo sokusebenza sohlobo ngalunye olususelwa kumadayimitha athile kanye nejubane elithile, bheka Usizo. 3.
Piston turboexpexnder. I-Piston ne-Potary Piston Turboxperssers esebenza njengenjini yokuvutha kabusha yangaphakathi, edonsa igesi ephezulu yokucindezela nokuguqula amandla alo agciniwe abe amandla ajikelezayo ngokusebenzisa i-crankshaft.
Hudula isandiso se-turbo. Isandiso se-brake turbine siqukethe igumbi lokugeleza eligxilile elinamaphini amabhakede anamathiselwe engxenyeni yokujikeleza kwento ejikelezayo. Zenzelwe ngendlela efanayo namasondo amanzi, kepha ingxenye yesiphambano yamakamelo agxilayo iyakhuphuka kusuka ku-inlet kuya kokuphuma, okuvumela igesi ukuthi inwebe.
I-radial turboxpered. I-Radial Flow turboxpersters ine-axial inlet kanye ne-radial aterlet, okuvumela igesi ukuthi yandise ngemisebe nge-turbine impeller. Ngokufanayo, ama-axial flow turbines anwebisa igesi ngesondo le-turbine, kepha ukuqondiswa kokugeleza kuhlala kufana ne-axis yokujikeleza.
Le ndatshana igxile kuma-radial ne-axial turboxpers, exoxa ngezinto zazo ezahlukahlukene, izakhi kanye nezomnotho.
I-turboxperts ekhipha amandla asuka ekusakazweni kwegesi ephezulu futhi ayiguqulele ibe ngumthwalo we-drive. Imvamisa umthwalo uyi-compressor noma i-generator exhunywe emgodini. I-turboexperender ene-compressor icindezela uketshezi kwezinye izingxenye zenqubo edinga ukucindezelwa okudinga ukucindezelwa, ngaleyo ndlela kwandise ukusebenza kahle kwesitshalo ngokusebenzisa amandla achithekayo. I-turboxpendander enomthwalo wejeneli iguqula amandla abe ngogesi, angasetshenziswa kwezinye izinqubo zezitshalo noma abuyele kwigridi yendawo ethengiswayo.
Ama-gearboxpert gerator angahlonyiswa ngomgodi we-Direct Drive kusuka eWhabhu Turbine ku-generator, noma ngegiya elisanda ngempumelelo isivinini sokufaka ku-generator ngesilinganiso segiya. I-Direct Drayivu Turboxpendanders inikeza izinzuzo ekusebenzeni kahle, izindleko zonyawo kanye nezindleko zokugcina. Ama-turboxpers we-gearbox turboxpendanders anesisindo futhi adinga izinyawo ezinkulu, imishini yokufutheka okufuywayo, kanye nokulungiswa njalo.
Ukugeleza kwe-turboxpendands kungenziwa ngesimo se-radial noma ama-axial turbines. Ama-radial flow andeachers aqukethe i-axial inlet kanye nokuphuma kwe-radial okuthi ukugeleza kwegesi kuphuma i-turbine ngemisebe kusuka ku-axis yokujikeleza. I-Axial Turbines Vumela igesi ukuthi igeleze ngokungenangqondo eceleni kwe-axis yokujikeleza. I-Axial Flow Turbines ikhipha amandla kusuka ekuhambeni kwegesi ngokusebenzisa umhlahlandlela we-inlet invas kuya esondweni langaphambili, nendawo yesigaba segumbi lokunweba kancane kancane ukuze uqhubeke kancane ukuze alondoloze isivinini esiqhubekayo ukuze kugcinwe ijubane.
I-generator ye-turboxpert iqukethe izinto ezintathu eziphambili: isondo le-turbine, ama-generator akhethekile.
Isondo le-turbine. Amasondo e-turbine ajwayele ukwakhelwa ngqo ukwenza kahle ukusebenza kahle kwe-aerodynamic. Okuguquguqukayo kohlelo lokusebenza okuthinta i-turbine wheel design kufaka phakathi ingcindezi ye-inlet / ukuphuma kwengcindezi, indawo yokungena / yokuphuma, ukugeleza kwevolumu, kanye nezakhiwo ze-fluid. Lapho isilinganiso sokucindezela siphezulu kakhulu ukuba sincishiswe esigabeni esisodwa, i-turboxpender enamasondo amaningi e-turbine ayadingeka. Zombili amasondo e-radial ne-axial turbine aklanywe njengama-multi-esiteji, kepha amasondo e-axial turbine anokuqonda okufushane kwe-axial ngakho-ke ahlanzekile. Ama-turbines we-mustistage radial flow turbines adinga igesi ukuthi igeleze kusuka ku-axial kuya kwi-radial futhi ibuyele ku-axial, ukudala ukulahleka okuphezulu kwezingxabano kunama-axial flow turbines.
amabombo. Idizayini yokuthwala ibalulekile ekusebenzeni kahle kwe-turboexpenda. Izinhlobo zokuthwala ezihlobene nemiklamo ye-turboxpert ziyahlukahluka futhi zingafaka amabhere wamafutha, ama-liquid film berenings, amabhebula wendabuko lendabuko, namabhele kazibuthe. Indlela ngayinye inezinzuzo zayo nobunzima, njengoba kukhonjisiwe kuThebula 1.
Abakhiqizi abaningi baseTurboxpexpert bakhetha ama-magnetic abothwayo njengo- "okhethayo okhethwe" ngenxa yezinzuzo zabo ezihlukile. Ama-Magnetic Bearnings aqinisekisa ukusebenza kwamahhala kwezakhi ezishukumisayo ze-turboexperts, ukunciphisa kakhulu izindleko zokusebenza nokugcina phezu kwempilo yomshini. Zenzelwe futhi ukumelana nezinhlobonhlobo zemithwalo ye-axial ne-radial kanye nemibandela ye-oversstress. Izindleko zabo eziphakeme zokuqala zisuswe yizindleko eziningi zomjikelezo wempilo.
dynamo. I-generator ithatha amandla ajikelezayo we-turbine futhi ayiguqula ibe amandla kagesi awusizo usebenzisa i-electromagnetic generator (engaba yi-generator yokungeniswa noma i-magnet generator engapheli). Ama-gearterator wokungeniswa anesivinini esilinganiselwe esilinganiselwe, izicelo eziphakeme kakhulu ze-turbine zidinga ukufana imvamisa yegiya, kepha angenzelwe ukufanisa isidingo se-frequency drive (VFD) yokunikeza ugesi olwengeziwe. AmaGeneti Wanaphakade uzibuthe, ngakolunye uhlangothi, angaba ngqo shaft kuhlanganiswe ne-turbine futhi adlulise amandla kugridi ngokuhamba ngemvamisa eguquguqukayo. I-generator yakhelwe ukuletha amandla aphezulu ngokususelwa kumandla we-shaft atholakala ohlelweni.
Izimpawu. Uphawu lubuye lube yingxenye ebucayi lapho kuklanywa uhlelo lwe-turboxperepred. Ukuze ulondoloze ukusebenza kahle kakhulu futhi uhlangabezane namazinga wezemvelo, amasistimu kufanele avalwe ukuvimba okungaba khona kwenqubo yegesi. Ama-turboxpundenders angahlomeka ngezimpawu ezinamandla noma ze-static. Izimpawu ze-Dynamic, njengezimpawu zakwa-Labyrinth kanye nezimpawu zegesi ezomile, zinikeza uphawu oluzungeze i-shaft ejikelezayo, ngokuvamile phakathi kwesondo le-turbine, ama-bearings nawo wonke umshini lapho kutholakala khona umshini lapho i-generator itholakala khona. Izimpawu ze-Dynamic ziguga ngokuhamba kwesikhathi futhi zidinga ukulungiswa njalo kanye nokuhlola ukuqinisekisa ukuthi zisebenza kahle. Lapho zonke izingxenye ze-turboxpent ezitholakala ezindlini ezikanye nazo, izimpawu ze-static zingasetshenziswa ukuvikela noma yiziphi izinkomba eziphuma ezindlini, kufaka phakathi i-generator, ama-magnetic athela ama-drive, noma izinzwa. Lezi zindawo zomoya anikeza izivikelo zomoya zinikeza ukuvikela unomphela ekuvuzweni kwegesi futhi akudingi ukulungiswa noma ukulungiswa.
Ngokombono wenqubo, imfuneko yokuqala yokufaka isandiso iwukuhlinzeka ngengcindezi ephezulu kakhulu (enganciphisi) ehlelweni lokucindezela oluphansi ngokugeleza okuthe xaxa, ukwehla kwengcindezelo nokusetshenziswa ukuze kugcinwe ukusebenza okujwayelekile kwemishini. Amapharamitha okusebenza anakekelwa ezingeni eliphephile nelisebenzayo.
Ngokuya kwengcindezelo enciphisa umsebenzi, i-Excander ingasetshenziselwa ukufaka esikhundleni se-Joule-Thomson (JT), eyaziwa nangokuthi i-throttle valve. Njengoba i-JT Valve ihamba ngendlela ye-ISENTROPIC indlela futhi i-Expender ihamba ngendlela ecishe ibe yi-Isentropy, okugcina inciphisa umehluko wegesi futhi uguqule umehluko ophansi we-shaft, ngaleyo ndlela ukhiqize izinga lokushisa eliphansi le-shiple. Lokhu kuyasiza ezinqubweni ze-Crygenic lapho umgomo ukunciphisa izinga lokushisa legesi.
Uma kunomkhawulo ophansi ekushiseni kwegesi ye-Outlet (ngokwesibonelo, esiteshini sokuwohloka lapho izinga lokushisa legesi kufanele lugcinwe ngenhla kwe-freezins, i-hydration, noma ngaphansi kokushisa kwendlela eyodwa), okungenani i-heater eyodwa kufanele ingezwe. Lawula izinga lokushisa legesi. Lapho i-Prebeater itholakala phezulu kwe-Expander, amanye amandla avela kugesi wokuphakelayo nawo atholakala ku-Expander, ngaleyo ndlela andise ukuphuma kwawo kwamandla. Kokunye ukucushwa lapho kudingeka khona ukulawulwa kokushisa okuphuma khona, ukuvuselela kwesibili kungafakwa ngemuva kokuthi isandiso sokuhlinzeka ngokulawula okusheshayo.
Ku-Fig. Umdwebo 3 ukhombisa umdwebo owenziwe lula womdwebo ojwayelekile wokugeleza we-generator ye-Excrederander nge-Prebeter esetshenziselwa ukufaka esikhundleni se-JT Valve.
Kwezinye izindlela zokucushwa kwenqubo, amandla atholakele ku-Expander angadluliselwa ngqo kwi-compressor. Le mishini, kwesinye isikhathi ebizwa nge- "Commanders", imvamisa ibe nezigaba zokunwetshwa kanye nezigaba zokucindezela ezixhunywe yi-shaft eyodwa noma eziningi, ezingafaka ne-gearbox ukulawula umehluko wesivinini phakathi kwezigaba ezimbili. Ingafaka ne-motor eyengeziwe ukuhlinzeka ngamandla amaningi esigabeni sokucindezela.
Ngezansi ezinye zezakhi ezibaluleke kakhulu eziqinisekisa ukusebenza okufanele nokuqina kohlelo.
I-bypass valve noma ingcindezi yokunciphisa i-valve. I-Bypass Valve ivumela ukusebenza ukuze iqhubeke lapho i-turboexpender ingasebenzi (ngokwesibonelo, ukulungiswa noma isimo esiphuthumayo), ngenkathi ingcindezi yokunciphisa i-valve isetshenziselwa umthamo oqhubekayo lapho i-flow ephelele idlula umthamo wokuqamba.
I-Volve Valve ephuthumayo (ESD). Ama-eSD ama-valves asetshenziselwa ukuvimba ukugeleza kwegesi kusindiswa esimweni esiphuthumayo ukugwema ukulimala kwemishini.
Amathuluzi nezilawuli. Ukuhlukahluka okubalulekile kokuqapha kufaka phakathi inset kanye nengcindezi yokuphuma, izinga lokugeleza, isivinini sokujikeleza, nokukhipha amandla.
Ukushayela ngejubane elikhulu. Idivaysi isusa ukugeleza ku-turbine, ibangele i-turbine rotor yehlise ijubane, ngaleyo ndlela ukuvikela imishini kusuka kusivinini esikhulu ngokweqile ngenxa yemibandela yenqubo engalindelekile engalimaza imishini.
Ingcindezi yokuphepha i-valve (PSV). Ama-PSV avame ukufakwa ngemuva kwe-turboxper ukuvikela amapayipi nemishini yokucindezela ephansi. I-PSV kumele yenzelwe ukubekezelela izimo ezinzima kakhulu, ezibandakanya ukwehluleka kwe-bypass valve ukuze zivuleke. Uma isandiso sengezwa esiteshini sokunciphisa ingcindezi esikhona, iqembu le-Design Design kumele linqume ukuthi i-PSV ekhona ihlinzeka ngokuvikelwa okwanele yini.
Heater. Ama-Heater anxephezela ngehla lokushisa elibangelwa igesi edlula nge-turbine, ngakho-ke igesi kufanele lishayeke. Umsebenzi wayo oyinhloko ukukhulisa izinga lokushisa lokugeleza kwegesi elikhuphukayo ukuze ulondoloze izinga lokushisa legesi elishiya i-Expander ngaphezulu kwenani eliphansi. Enye inzuzo yokukhulisa amazinga okushisa ukukhulisa umphumela wamandla kanye nokuvimbela ukugqwala, ukuvutha, noma ama-hydrate angaphazamisa kabi ama-nozzles wemishini. Kuzinhlelo eziqukethe ukushintshaniswa kokushisa (njengoba kukhonjisiwe kuMdwebo 3), izinga lokushisa legesi livame ukulawulwa ngokulawula ukugeleza koketshezi olufudumele ku-Prebeter. Kweminye imiklamo, i-flame heater noma i-heater kagesi ingasetshenziswa esikhundleni se-exchanger yokushisa. Ama-heater kungenzeka asevele ekhona esiteshini se-JT Valve esikhona, futhi engeza i-Expendander kungenzeka angadingi ukufaka amanye ama-heater, kodwa kunalokho andise ukugeleza koketshezi olufudumele.
Izinhlelo zokugcoba uwoyela nezinhlelo zegesi. Njengoba kushiwo ngenhla, ama-eager angasebenzisa imiklamo ehlukene ye-Seal, engadinga ama-lubrices namagesi abopha uphawu. Lapho kusebenza khona, uwoyela wokuthambisa kufanele ulondoloze ikhwalithi ephezulu kanye nobumsulwa lapho uthintana namagesi wenqubo, futhi izinga lamafutha e-viscosity kumele lihlale ngaphakathi kohlu oludingekayo lwamabhere. Izinhlelo zegesi ezivaliwe zivame ukuhlotshaniswa nedivaysi yokuthambisa kawoyela ukuvikela uwoyela ebhokisini elivunayo kusuka ekungeneni ibhokisi lokunweba. Ukusetshenziswa okukhethekile kwama-companders asetshenziswa embonini ye-hydrocarbon, ama-lube oyela nezinhlelo zegesi seal zivame ukuklanywa ku-API 617 [5] Ingxenye 4 Imininingwane.
I-frequency frequency drive (vfd). Lapho i-generator ingukungeniswa, i-VFD ngokuvamile ivulwa ukuze ilungise ukushintshana kwamanje (AC) ukufana imvamisa yombuso. Imvamisa, amadizayini asuselwa ekudleni okujwayelekile okuguquguqukayo anokusebenza okuphezulu okuphezulu kunemiklamo esebenzisa ama-gearbox noma ezinye izinto zomakheshini. Izinhlelo ezisuselwa ku-VFD zingaphinde zihlangane nohlu olubanzi lwezinqubo ezingaholela ekushintsheni kwejubane le-Shaper Shaft.
Ukudluliswa. Amanye ama-Expander aklama asebenzisa ibhokisi lamagiya ukunciphisa ijubane le-Expered ngejubane elilinganiselwe le-generator. Izindleko zokusebenzisa i-gearbox zisebenza kahle ngokuphelele ngakho-ke ukuphuma kwamandla aphansi.
Lapho ulungiselela isicelo sokucaphuna (i-RFQ) se-Excander, unjiniyela wenqubo kumele aqale anqume izimo zokusebenza, kubandakanya imininingwane elandelayo:
Onjiniyela beMehendi bavame ukugcwalisa imininingwane ye-Excander Generator kanye nokucaciswa kusetshenziswa idatha kwezinye iziyalo zobunjiniyela. Lokhu okokufaka kungafaka okulandelayo:
Imininingwane kumele futhi ifake uhlu lwamadokhumenti nemidwebo enikezwe ngumenzi njengengxenye yenqubo yethenda kanye nobubanzi bokuhlinzekwa, kanye nezinqubo zokuhlola ezisebenzayo njengoba kudingwa yiphrojekthi.
Imininingwane yezobuchwepheshe enikezwe ngumenzi njengengxenye yenqubo yethenda kufanele ifake phakathi izinto ezilandelayo:
Uma kukhona noma yisiphi isici sesiphakamiso esihlukile ekucacisweni kwangempela, umenzi kufanele futhi ahlinzeke ngohlu lokuphambuka kanye nezizathu zokuphambuka.
Uma sekutholwe isiphakamiso, iqembu lokuthuthukiswa kwephrojekthi kumele libukeze isicelo sokuthobela futhi linqume ukuthi ngabe ukwahlukahluka kwezobuchwepheshe kufanelekile yini.
Okunye ukucatshangelwa kobuchwepheshe okufanele ubheke lapho kuhlola iziphakamiso kufaka:
Ekugcineni, ukuhlaziywa komnotho kudinga ukwenziwa. Ngoba izinketho ezahlukene zingahle ziholele ezindlekweni ezihlukile zokuqala, kunconywa ukuthi kuhlaziywe ngemali noma ukugeleza kwezindleko zokuhamba ngemali ukuqhathanisa ezomnotho wesikhathi eside bese ubuyela ekutshalweni kwemali. Isibonelo, ukutshalwa kwemali okuphezulu kokuqala kungahle kususwe esikhathini eside ngokukhiqiza noma ukunciphisa izidingo zokulungiswa. Bheka "Izikhombo" zemiyalo ngalolu hlobo lokuhlaziywa. 4.
Zonke izinhlelo zokusebenza zeTurboexpexpexpert-Generator zidinga ukubalwa kwamandla okuqala okuphelele ukuthola inani eliphelele lamandla atholakalayo angatholwa kuhlelo lokusebenza oluthile. Ukuze uthole i-turboxpert generator, amandla okusebenza abalwa njengenqubo ye-Isentropic (i-Constant Entropy). Lesi yisimo esifanelekile se-thermodynamic sokucabanga ngenqubo evuselelwayo ye-adiabatic ngaphandle kokuxabana, kepha inqubo efanelekile yokulinganisa amandla wangempela wamandla.
I-ISENTROPIC ENGENCE ENGY ENGY ENGY ENGENDELY (IPP) ibalwa ngokuphindaphinda umehluko omkhulu enhlalakalisayo endaweni yokungena kanye nokuphuma kwe-turboexpender kanye nokuphindaphinda umphumela ngesilinganiso sokugeleza kwesisindo. Leli amandla angaba khona lizovezwa njengenani le-iSentropic (equation (1)):
IPP = (Hinlet - H (i, e)) × ṁ x ŋ (1)
Lapho i-H (i, e) iyinhlangano ekhethekile ye-Enthalpy ehambela izinga lokushisa le-Isentropic Outlet kanye ne-ṁ inani lokugeleza kwesisindo.
Yize i-ISENTROPIC ENGED Energy ingasetshenziswa ukulinganisa amandla angaba khona, zonke izinhlelo zangempela zibandakanya ukungezwani, ukushisa, nokunye okulahlekile kwamandla. Ngakho-ke, lapho kubalwa amandla okusebenza angempela, le datha yokufaka eyengeziwe elandelayo kufanele ibhekwe:
Ezicelo eziningi eziningi ze-turboxpexper, izinga lokushisa lilinganiselwe okungenani ukuvikela izinkinga ezingafuneki njengokuqaqalwa kwepayipi okushiwo ngaphambili. Lapho kugeleza khona igesi yemvelo, ama-hydrate cishe akhona njalo, okusho ukuthi ipayipi liphansi kwe-turboxpender noma i-throttle valve lizodonsa ngaphakathi nangaphandle uma amazinga okushisa aphuma ngaphansi kuka-0 ° C. Ukwakheka kwe-ice kungaholela ekukhawulweni kokugeleza futhi ekugcineni kuvale uhlelo ukuze lube ne-defrost. Ngakho-ke, okushisa "okufunwa" okushisa okusetshenziselwa ukubala ukubala isimo samandla esinamandla esingokoqobo. Kodwa-ke, ngamagesi afana ne-hydrogen, umkhawulo wokushisa uphansi kakhulu ngoba i-hydrogen ayiguquki kusuka kugesi kuya koketshezi kuze kube yilapho ifinyelela ekushiseni kwe-crygenic (-253 ° C). Sebenzisa leli lokushisa elifundwayo elifunekayo ukubala i-enthanpy ethile.
Ukusebenza kahle kohlelo lwe-turboxperedurpender kumele kubhekwe futhi. Ngokuya ngobuchwepheshe obusetshenzisiwe, ukusebenza kahle kwesistimu kungahluka kakhulu. Isibonelo, i-turboxpepter esebenzisa igiya lokunciphisa ukudlulisa amandla ajikelezayo kusuka ku-turbine ku-generator izothola ukulahleka okukhulu kwezinhlanzi kuzothola ukulahleka okukhulu okusebenzisa i-terbisterator. Ukusebenza kahle kohlelo lwe-turboxperepper kuvezwa njengephesenti futhi kubhekwa lapho kubhekwa khona amandla wangempela wamandla we-turboexpenda. Amandla angempela anamandla (i-PP) abalwa kanjena:
I-PP = (Hinlet - Hexit) × ṁ x ṅ (2)
Ake sibheke ukusetshenziswa kwe-Natural Gas Pressure Surce. I-ABC isebenza futhi igcina isiteshi sokunciphisa ingcindezi esihambisa igesi yemvelo kusuka kupayipi eliyinhloko futhi isakasa omasipala bendawo. Kulesi siteshi, ingcindezi ye-inlet yegesi yibha engu-40 nengcindezi yokuphuma kungu-8 bar. Ukushisa kwe-inlet ye-inlet inletlet kungu-35 ° C, obulala igesi ukuvikela ipayipisi. Ngakho-ke, izinga lokushisa le-Outlet limelwe lilawulwe ukuze lingaweli ngaphansi kuka-0 ° C. Kulesi sibonelo sizosebenzisa ama-5 ° C njengoba izinga lokushisa elingezansi lokukhulisa isici sezokuphepha. Izinga lokugeleza kwe-volumetric volumetric volumetric lingu-50 000 nm3 / h. Ukubala amandla anamandla, sizocabanga ukuthi lonke igesi ligeleza nge-turbo Expender futhi libala umphumela omkhulu wamandla. Linganisa inani eliphelele lokukhipha amandla elisebenzisa ukubalwa okulandelayo:
Isikhathi sePosi: Meyi-25-2024