Isihlukanisi seSigaba seCryogenic seVacuum se-OEM
Itekhnoloji Ephambili Yokwahlulwahlulwa Okusebenzayo: I-OEM Vacuum Cryogenic Phase Separator yethu ibandakanya itekhnoloji entsha ukubonelela ngokwahlulahlula okusebenzayo nokuchanekileyo kwezigaba ze-cryogenic. Ngoyilo oluphambili kunye nobunjineli, iqinisekisa ukwahlulwahlulwa kwezigaba okusebenzayo, okuvumela ukukhutshwa kwezinto ezithile ngokuchanekileyo nangokucocekileyo. Le teknoloji inika inzuzo ebalulekileyo kumashishini afuna iinkqubo zokwahlula ezichanekileyo.
Iindlela Ezinokulungiselelwa Ukufikelela Kwiimfuno Ezahlukeneyo Zesicelo: Siyaqonda ukuba usetyenziso olwahlukeneyo lufuna iimfuno ezithile zokwahlulahlula. Ke ngoko, i-OEM Vacuum Cryogenic Phase Separator yethu inikezela ngeendlela ezinokwenziwa ngokwezifiso ukuhlangabezana neemfuno ezahlukeneyo zoshishino. Ukusuka kumandla ahlukeneyo ukuya kwiiparamitha ezithile zokwahlulahlula isigaba, abathengi banokwenza uthotho lokwahlulahlula luhambelane nezicelo zabo ezikhethekileyo, ukuqinisekisa ukusebenza kakuhle kunye nokusebenza kakuhle.
Yenziwe yiFektri yeMveliso ePhambili: Njengomzi-mveliso ophambili, sibeka phambili umgangatho, ubuchule, kunye nokwaneliseka kwabathengi kuzo zonke iinkqubo zethu zokuvelisa. I-OEM Vacuum Cryogenic Phase Separator ibonisa ukuzibophelela kwethu ekugqweseni, inikezela ngezisombululo zokwahlula ezinokuthenjwa nezisebenza kakuhle kumashishini afuna ukuchaneka nokusebenza kakuhle kwiinkqubo zawo.
Isicelo seMveliso
Uthotho lweemveliso zePhase Separator, Vacuum Pipe, Vacuum Hose kunye neVacuum Valve kwi-HL Cryogenic Equipment Company, ezidlule kuthotho lweendlela zobugcisa ezingqongqo kakhulu, zisetyenziselwa ukudlulisa ioksijini engamanzi, initrogen engamanzi, i-argon engamanzi, ihydrogen engamanzi, i-helium engamanzi, i-LEG kunye ne-LNG, kwaye ezi mveliso zilungiselelwa izixhobo ze-cryogenic (umz. itanki yokugcina i-cryogenic, i-dewar kunye ne-coldbox njl.njl.) kumashishini okwahlula umoya, iigesi, uhambo ngeenqwelo moya, izixhobo ze-elektroniki, i-superconductor, iitships, ikhemesti, i-biobank, ukutya kunye neziselo, i-automation assembly, ubunjineli beekhemikhali, i-iron kunye nentsimbi, irabha, ukwenziwa kwezinto ezintsha kunye nophando lwesayensi njl.njl.
Isahluli seSigaba esifakwe i-Vacuum
Inkampani ye-HL Cryogenic Equipment ineentlobo ezine ze-Vacuum Insulated Phase Separator, amagama azo ngala,
- Isihlukanisi seSigaba se-VI -- (uthotho lwe-HLSR1000)
- VI Degasser -- (HLSP1000 series)
- I-VI Automatic Gas Vent -- (uthotho lwe-HLSV1000)
- Isihlukanisi seSigaba se-VI seNkqubo ye-MBE -- (uthotho lwe-HLSC1000)
Nokuba loluphi uhlobo lwe-Vacuum Insulated Phase Separator, sesinye sezixhobo eziqhelekileyo ze-Vacuum Insulated Cryogenic Piping System. I-phase separation yenzelwe ukwahlula igesi kwi-nitrogen engamanzi, enokuqinisekisa,
1. Umthamo kunye nesantya sokuhanjiswa kolwelo: Kuphelisa ukungoneli kokuhamba kolwelo kunye nesantya esibangelwa ngumqobo wegesi.
2. Ubushushu obungenayo bezixhobo zesiphelo: susa ukungazinzi kobushushu be-cryogenic liquid ngenxa yokufakwa kwe-slag kwigesi, nto leyo ekhokelela kwiimeko zemveliso yezixhobo zesiphelo.
3. Ukulungiswa koxinzelelo (ukunciphisa) kunye nokuzinza: susa ukuguquguquka koxinzelelo okubangelwa kukwenziwa okuqhubekayo kwegesi.
Ngamafutshane, umsebenzi we-VI Phase Separator kukuhlangabezana neemfuno zezixhobo zesiphelo se-nitrogen engamanzi, kubandakanya isantya sokuhamba, uxinzelelo, kunye nobushushu njalo njalo.
I-Phase Separator sisakhiwo kunye nenkqubo yoomatshini engadingi mthombo womoya kunye nombane. Ngokwesiqhelo khetha imveliso yentsimbi engagqwaliyo engama-304, unokukhetha nezinye intsimbi engagqwaliyo ezingama-300 ngokweemfuno. I-Phase Separator isetyenziselwa kakhulu inkonzo ye-nitrogen engamanzi kwaye icebise ukuba ibekwe kwindawo ephezulu yenkqubo yepayipi ukuqinisekisa isiphumo esiphezulu, kuba igesi inomxhuzulane ophantsi kunolwelo.
Malunga nemibuzo eyenzelwe wena neneenkcukacha nge-Phase Separator / Vapor Vent, nceda unxibelelane ne-HL Cryogenic Equipment ngokuthe ngqo, siza kukukhonza ngentliziyo yonke!
Ulwazi lweParamitha
| Igama | I-Degasser |
| Imodeli | I-HLSP1000 |
| Ulawulo loxinzelelo | No |
| Umthombo wamandla | No |
| Ulawulo loMbane | No |
| Ukusebenza ngokuzenzekelayo | Ewe |
| Uxinzelelo loYilo | ≤25bar (2.5MPa) |
| Ubushushu boYilo | -196℃ ~ 90℃ |
| Uhlobo lokuvala | Ukufakwa kweVacuum |
| Umthamo Osebenzayo | 8~40L |
| Izinto eziphathekayo | Intsimbi Engagqwaliyo engama-300 |
| Phakathi | I-Nitrogen engamanzi |
| Ukulahleka kobushushu xa kugcwaliswa i-LN2 | 265 W/h (xa i-40L) |
| Ukulahleka kobushushu xa kuzinzile | 20 W/h (xa i-40L) |
| I-Vacuum yeJacketed Chamber | ≤2×10-2I-Pa (-196℃) |
| Izinga lokuvuza kweVacuum | ≤1×10-10Pa.m3/s |
| Inkcazo |
|
| Igama | Isahluli seSigaba |
| Imodeli | I-HLSR1000 |
| Ulawulo loxinzelelo | Ewe |
| Umthombo wamandla | Ewe |
| Ulawulo loMbane | Ewe |
| Ukusebenza ngokuzenzekelayo | Ewe |
| Uxinzelelo loYilo | ≤25bar (2.5MPa) |
| Ubushushu boYilo | -196℃ ~ 90℃ |
| Uhlobo lokuvala | Ukufakwa kweVacuum |
| Umthamo Osebenzayo | 8L~40L |
| Izinto eziphathekayo | Intsimbi Engagqwaliyo engama-300 |
| Phakathi | I-Nitrogen engamanzi |
| Ukulahleka kobushushu xa kugcwaliswa i-LN2 | 265 W/h (xa i-40L) |
| Ukulahleka kobushushu xa kuzinzile | 20 W/h (xa i-40L) |
| I-Vacuum yeJacketed Chamber | ≤2×10-2I-Pa (-196℃) |
| Izinga lokuvuza kweVacuum | ≤1×10-10Pa.m3/s |
| Inkcazo |
|
| Igama | Umoya wegesi ozenzekelayo |
| Imodeli | I-HLSV1000 |
| Ulawulo loxinzelelo | No |
| Umthombo wamandla | No |
| Ulawulo loMbane | No |
| Ukusebenza ngokuzenzekelayo | Ewe |
| Uxinzelelo loYilo | ≤25bar (2.5MPa) |
| Ubushushu boYilo | -196℃ ~ 90℃ |
| Uhlobo lokuvala | Ukufakwa kweVacuum |
| Umthamo Osebenzayo | 4~20L |
| Izinto eziphathekayo | Intsimbi Engagqwaliyo engama-300 |
| Phakathi | I-Nitrogen engamanzi |
| Ukulahleka kobushushu xa kugcwaliswa i-LN2 | 190W/h （xa i-20L） |
| Ukulahleka kobushushu xa kuzinzile | 14 W/h （xa i-20L） |
| I-Vacuum yeJacketed Chamber | ≤2×10-2I-Pa (-196℃) |
| Izinga lokuvuza kweVacuum | ≤1×10-10Pa.m3/s |
| Inkcazo |
|
| Igama | Isahluli seSigaba esiKhethekileyo seZixhobo ze-MBE |
| Imodeli | I-HLSC1000 |
| Ulawulo loxinzelelo | Ewe |
| Umthombo wamandla | Ewe |
| Ulawulo loMbane | Ewe |
| Ukusebenza ngokuzenzekelayo | Ewe |
| Uxinzelelo loYilo | Qinisekisa ngokwezixhobo ze-MBE |
| Ubushushu boYilo | -196℃ ~ 90℃ |
| Uhlobo lokuvala | Ukufakwa kweVacuum |
| Umthamo Osebenzayo | ≤50L |
| Izinto eziphathekayo | Intsimbi Engagqwaliyo engama-300 |
| Phakathi | I-Nitrogen engamanzi |
| Ukulahleka kobushushu xa kugcwaliswa i-LN2 | 300 W/h （xa i-50L） |
| Ukulahleka kobushushu xa kuzinzile | 22 W/h （xa i-50L） |
| I-Vacuum yeJacketed Chamber | ≤2×10-2Pa (-196℃) |
| Izinga lokuvuza kweVacuum | ≤1×10-10Pa.m3/s |
| Inkcazo | I-Special Phase Separator yezixhobo ze-MBE eneMultiple Cryogenic Liquid Inlet kunye ne-Outlet enomsebenzi wokulawula ngokuzenzekelayo ihlangabezana neemfuno zokukhutshwa kwegesi, i-nitrogen engamanzi ephinda isetyenziswe kunye nobushushu be-nitrogen engamanzi. |
