Iikhathalo zomkhiqizo

I-O2 / N2 Ulwelo kunye nesityalo se-AUS se-AUS
Ucoceko oluphezulu lweoksijini ye-witrogen ye-Asull ye-ASU
I-CryGegenic i-Air swimition yoMoya yoNyango lwezoNyango
Umatshini wokucoca iStenc
Inkqubo yokuzala kwe-PSA Nitrogen nge-chalty 99.99%
Ingcali eyenzelwe ukwenza umvelisi weoksijini we-oxygen
Ukucutha i-oxygen ye-oxygen ye-cylinder yokugcwalisa
Izixhobo ze-Liluse ze-O2 / ze-N2 Izityalo / izixhobo zegesi
I-laboratory encinci ye-nitrogen ye-nitrogen
Umvelisi we-nitrogen we-nitrogen yelebhu yebhayoloji

NGATHI

I-Shenzhen Bunpeng icwecwe kwiTekhnoloji ye-CO. Esakhiwe ngo-2013, ibekwe kwiSakhiwo saseJunlin, uGunlin South Road, uluntu lwaseMasandlonu, isithili saseGung Sijongene noyilo kwaye siveliswe zizixhobo ezahlukeneyo ezinxulumene negesi. ICandelo loKwahlukaniso lomoya, i-VPA AXYGENT, i-PA Oqisigen Nitrogen Generator, izixhobo ze-Eleyrogen (amanzi e-Eledrollysis Alkaline Pem), izixhobo zemveliso, njl. Izakhiwo ezisemgangathweni zefektri eziqhelekileyo kunye nezixhobo zovavanyo lwemveliso eziphambili. Inkampani ihlala inamathela kwintanda-bulumko yeshishini 'yokugcina, kunye nokusebenzisana, kunye nokuphumelela ", ithatha indlela yetekhnoloji, ithatha indawo yetekhnoloji, eyahlukeneyo, kwaye ikhula kwicala lomzi-mveliso omkhulu. Nge "KP" njengophawu lwentengiso ebhalisiweyo, iimveliso zeNkampani zisetyenziswa ngokubanzi kumalahle e-mesteljecal, i-elektroniki, i-perookmical, i-biber ye-biber, i-fiber yekhemikhali, ukugcinwa kokutya kunye namanye amashishini.

jonga ngakumbi Ndwendwela umzi-mveliso wam

24

I-24 h Inkonzo ye-Intanethi akukho mahluko wexesha.
2009

Samiselwa kwi {_ KUFUNA.
101~200

Umzi-mveliso wethu unawo {_aie-} abasebenzi.
1000

Ngaphezulu kwe- {_Fectory} i-RIET ye-R & D isakhiwo se-R & D.

Iindaba

Kuya kwenzeka ntoni kukhuphiswano phakathi kwezithuthi eziphakathi kwe-hydrogen kwaye ukhuphisane ne-EV?

I-Hydrogen ye-hydrogen yemoto yokukhuphisana nentengiso ye-EV Itekhnoloji eyahlukileyo ye-hydrogen iphuhliswe ingaphezulu kweminyaka esi-7 yokujongana nemizi-mveliso ecocekileyo ye-AutoMotie ecocekileyo egcweleyo ekukhuseleni okusingqongileyo kwi-fosdrocarbon yokukhupha I-Titer iya kukhangela amahlakani eqhinga ngo-2023 ngokuzisa itekhnoloji yamandla ecocekileyo ecocekileyo kwilebhu kwiimveliso ezithengiswayo. Ukuveliswa kwe-hydrogen ukusuka kumthombo wamanzi kwiiseli ze-PEM ze-PEM. Iprototype ye-prototype ye-thomas igesi ye-hydrogen ngoku isebenza ngaphezulu kweminyaka esi-7 ngokulondolozwa kancinci kwaye iya kuyilwa ukulingana kwi-trunk yemoto okanye ilori. Imali eninzi yokugcina iindleko zeentsapho. Uninzi lweemveliso zamandla amatsha zikwindawo ethe tyaba. Eyona nkqubo yemoto ye-hydrogenigesi ehambileyo ehlabathini eya kuvelisa i-100% hydrogen h2 enokuthi isebenze i-3 ye-3 kW Pem Pem Deli kwaye iphakame isebenzisa amanzi njengomthombo wamafutha. Ikhuselekile, iphantsi, kwaye akukho mida yokuhamba. I-300 yatts yebhetri ye-12-volt okanye i-DC ye-DC / DC ivelise igesi ye-hydrogen ye-hydrogen ye-hydrogen (TIG) engathathi hlangothi yekharbon. I-Titer (i-Thomas iZiko loPhando lweTekhnoloji) inayo itekhnoloji eya kwenza ukuba ukwenziwa okukhuselekileyo kunye nokuveliswa kwegesi ye-thomas hydrogen (TH). Itekhnoloji ivumela imveliso eqhubekayo ye-thg 7. I-Tetr's Indawo yokwakhiwa yitekhnoloji yegesi e

2023-07 03
Imveliso ye-hydrogen evela emanzini e-elektrolysis

Imveliso ye-hydrogen-Imveliso yeHydrogen nge-elektrolysis yamanzi Njengamandla acocekileyo acocekileyo acocekileyo, amandla e-hydrogen kubaluleke kakhulu ukwakha i-carbon ecocekileyo, i-carbon, ekhuselekileyo nenenjongo yokwenene. Phantsi kwesenzo sokuthi ngqo, i-elektrolysis yemveliso ye-hydrogen ye-hydrogen iwola amanzi kwi-hydrogen ecocekileyo kwaye ioksijini ecocekileyo. Njengomntu ophethe amandla, i-hydrogen inokuqonda ukuphinda isetyenziswe kwakhona kwamandla e-carbon, kwaye inokusebenzisa amandla amandla ahlaziyiweyo ngendlela ehlaziyiweyo ngendlela yombane "yombane-okanye izinto eziluhlaza zekhemikhali. Imveliso ye-hydrogen evela kumanzi e-elektroly kubandakanya iindlela ezintathu zobugcisa Indlela yezobugcisa yemveliso ye-hydrogen evela kwi-Alkaline electrolysis ivuthiwe, iindleko izixhobo ziphantsi, kwaye kuqoqosho ngakumbi. Imveliso ye-hydrogen ngamanzi e-elektrolyline i-alkaline i-elektrolyzers itekhnoloji ye-Alkaline isebenzisa izisombululo ze-elektrolysis, kunye ne-asbeestos ye-asbeestos njengeempawu ze-asbestos, kunye ne-oxygen. I-PEMROLDERENTZER isebenzisa i-Proton yotshintshiselwano eqinileyo njenge-electralyte kunye namanzi acocekileyo njengoko ufikelela. Ngenxa ye-hydrogen ye-hydrogen ye-ppmtrolyte, i-hydrogen yaveliswa icocekile, kwaye kufuneka kuphela umphunga wamanzi, inkqubo ilula, kwaye ukhuseleko luphezulu; Ivolumu icwecwe; Uluhlu lokuhambisa uxinzelelo lukhulu, kwaye ux

2023-07 03
Ungayindisa njani ixesha lokuphila kwe-nitrogen yegesi ye-nitrogen

Kukwaziwa ngokuthi "ixesha yimali" kunye neelebhu oku kuyinyani ngakumbi. Ngenxa yomthamo wesixhobo sengcali esifunekayo ukuze sisebenze, ngokuqinisekileyo kukho ithuba elininzi lokuphumla ukuba nefuthe. Ndingenza ntoni ukwenza umsebenzi wam we-generator? E-EKungpeng, sivelisa uluhlu lweelebhu ze-nitrogen ezisetyenziselwa i-LC-NS kunye nezicelo ze-GC. Nokuba kwenzeka ntoni na, kubalulekile ukuba umvelisi wegesi wakho usebenzela ngokupheleleyo ukuqinisekisa ixesha eliphezulu lelebhu yakho. Kukho inani leendlela onokuthi uqiniseke ukuba i-LAB yakho isebenze kweyona ndawo ilungileyo: Gcina ubushushu begumbi ngaphantsi kwe-35 ° C kunye nomswakami ongezantsi kwe-80%. Qinisekisa ukuba i-nitrogen yakho ye-nitrogen ikwigumbi elingenasithuli elicocwe yonke imihla. Sebenzisa umoya wemotatic; Kuya kubakho umsantsa womoya omncinci wee-intshi ezi-3 ezijikeleze umthengisi. Don Ityhubhu ye-Drain kufuneka iqhagamshelwe kwisikhongozeli esifanelekileyo ekufuneka sikhutshiwe rhoqo. Itywina akufuneki ukuba libe nomoya njengamanzi kunye nomoya zigxothwa kwingcinezelo. Kunikezwe rhoqo kangakanani inkqubo yokuzala i-nitrogen isetyenziswa njani kwilebhu kodwa, kwanezona zixhobo zibalaseleyo ziya kudinga ukugcina iziphumo ngamanye amaxesha ukuze zigcine iziphumo ezilungileyo. I-

2023-07 03