I-HT (q) itanki yokugcina itanki - i-SOORSS SOROSSOS

I-HT (q) itanki yokugcina itanki - i-Solution efanelekileyo kunye nethemba lokugcina inqaku

Inkcazo emfutshane:

Itanki ye-LOOT i-thek ethe tyaba itanki ephindwe kabini yokugcina i-vak esetyenziselwa ukugcina i-lo₂, initrogen, irhasi yendalo, i-carbon diokside kunye neminye imithombo yeendaba. Itanki yangaphakathi yenziwa nge-30408 / 316l austitic austitic engapheliyo; Izinto ezizezona zixhobo zangaphandle ziyi-345 ipleyiti ye-carbon okanye intsimbi engama-304 ingenasiseko ngokwemigaqo yesizwe ngokwemimandla eyahlukeneyo yomsebenzisi. Kwimveliso yesikhongozeli engaphakathi, umsebenzisi unokukhetha ukusebenzisa inkqubo eyomeleza yocingo, enokugcina iindleko zotyalo-mali kumthengi.

Thumela i-imeyile kuthi

Iinkcukacha zemveliso

Iiparamitha zobugcisa

Iimpawu zeMveliso

Izibonelelo zeMveliso

htq (5)

htq (4)

● Iipropathi eziphakamileyo eziphezulu:Iimveliso zethu zinezinto ezibalaseleyo zentengiso, ezithintela ngokufezekileyo ukuhanjiswa kobushushu kwaye kuqinisekiswe uMgaqo wobushushu obugqibeleleyo.

● Inkqubo yokufumana i-vacuum eziyimfuneko:Itekhnoloji yethu yokuphumla ye-vacuum iqinisekisa ukuba imveliso ikhululekile kuyo nayiphi na umoya okanye umswakama, ukuphucula intsebenzo yayo ngokubanzi kunye nokuqina.

● Inkqubo yokuPhila ePhakathi:Siye sakhawuleza inkqubo yokuqinisekisa i-piida yokuqinisekisa ukuhamba ngokukuko kunye nokungabinamthungo kulwelo, ukunciphisa nakuphi na ukuphazamiseka okanye ukuvuza. Iqolile

● I-anti-combossion yosulelo:Iimveliso zethu zamkela ukuqhekezwa kunye nokuchasana nokuchasana nokuzonwabisa okuchasene nokukhuselwa okuchasene ne-anti-rost kwaye kusongeza ubomi benkonzo. Iphuculwe

● Iimpawu zokhuseleko:Ukongeza kwezi mpawu zilapha ngasentla, iimveliso zethu zikwanazo nezinto zokhuseleko ezilungiselelwe njengokwakha ezomeleleyo kunye nezixhobo zokhuseleko ukuqinisekisa ukhuseleko lwabasebenzisi.

Iimbonakalo

htq (2)

htq (1)

● Iindlela zokhuseleko eziphuculweyo:Iimveliso zethu zixhotyiswe ngezinto zoKhuseleko eziPhezulu ezinje ngee-biometric lokutshixa, ukuhanjiswa kwedatha efihliweyo kunye nezakhono zokubeka iliso ekude. La manyathelo aqinisekisa ukhuseleko oluphezulu kulwazi olungagunyaziswanga kunye noxolo lwengqondo kubasebenzisi.

● Amava ophando alula:Siyiyile iimveliso zethu ngokulula kakuhle engqondweni. Ukusuka kwi-Interpos yeNtlalontle kunye nolawulo olusebenziseka lula kubasebenzisi ukuya kwiinkqubo ezizenzekelayo kunye nokhetho lokuseta okukhawulezileyo, ukusebenzisa iimveliso zethu kulula kwaye kulula.

● Ukunciphisa ilahleko kunye nenkunkuma:Iimveliso zethu zisebenzisa itekhnoloji yokusika-ukunciphisa ilahleko nenkunkuma. Nokuba usebenza ngokuphumelelayo amandla, ukuphuculwa kwezinto ezibonakalayo okanye iinkqubo zokuqhubela phambili, iimveliso zethu zinceda ukunciphisa inkunkuma yobutyebi kunye nokwandisa isivuno.

● Ulondolozo olulula:Siyayiqonda indlela ekubaluleke ngayo ukuba ulondolozo olulula lwabathengi bethu. Iimveliso zethu zibonisa uyilo lweemodyuli kunye nezinto ezikhutshwayo zokulungisa ingxaki kunye nokulungiswa. Ukongeza, sinika isikhokelo solondolozo esipheleleyo kwaye sinikezela ngoncedo oluthatha ixesha elifanelekileyo ukuqinisekisa ukusebenza kakuhle kunye nokunciphisa ixesha lokuphumla.

Isicelo semveliso

● Ishishini lezonyango:Iimveliso zethu zidlala indima ebalulekileyo ekugcinweni kweegesi eziqholiweyo ezisetyenziswa kwizicelo zonyango ezifana nokugcinwa kwe-crygenic yokugcinwa kwezitofu zokugonya, iimveliso zegazi kunye nolunye unyango lobushushu. Iqinisekisa ukugcinwa okukhuselekileyo kwezi zixhobo zibalulekileyo, ukugcina i-potency kunye nomgangatho.

● Ishishini lomatshini:Amashishini amaninzi axhomekeke kwirhasi yotywala eyalele amandla kunye noomatshini abapholileyo. Iimveliso zethu zibonelela ngezisombululo zokugcina okukhuselekileyo kwezi gesi, ukuqinisekisa ukusebenza okungaphathekiyo ngelixa unamathela kwimigangatho ephezulu yokhuseleko.

● Ishishini leekhemikhali:Iigesi zotywala zisetyenziswa ngokubanzi kwiinkqubo ezahlukeneyo zekhemikhali ezifana nefriji kunye nokufudumeza, kunye nezinto eziluhlaza okwenziwe. Iimveliso zethu zibonelela ngendawo ethembekileyo nelawulwayo yokugcina ezi gesi, thintela ukuvuza nokunciphisa ukubakho kweengozi.

● Ishishini lokutya:Igesi yotywala isetyenziselwa ukukhululeka, ukugcinwa okuncinci, nokugcinwa kwempahla kunye nezinye iinkqubo kwishishini lokutya. Iimveliso zethu ziqinisekisa ukugcinwa ngokukhuselekileyo kwezi gesi, ukugcina ubunyulu babo kwaye bathintele ungcoliseko, ngaloo ndlela begcina umgangatho kunye nokutya okutsha nokutya okutsha.

● Ishishini le-aerospace:Kumzi-mveliso we-aerospace, iigesi eziqholiweyo zisetyenziselwa ukunyanzelwa, ukucinezelwa, kunye nolawulo lobushushu lwamarokhethi, i-satellite, kunye nenqwelomoya. Iimveliso zethu zibonelela ngezisombululo ezikhuselekileyo nezinobulungisa kwezi gethi eziguquguqukayo, ekuqinisekiseni ukhuseleko oluninzi ngexesha lokuhamba kunye nokusetyenziswa.
Ngokubanzi, iimveliso zethu zizisombululo zokugcina izinto ezigwenxa zegesi ezityhutyweyo kumashishini ohlukeneyo, ukuqinisekisa ukhuseleko, ukusebenza ngokukuko kunye nomgangatho wemisebenzi yabo.

Umzi-mveliso

Indawo yokuhamba

Indawo yemveliso

Ngaphambili: I-HT-C i-crykogen ye-crykogen itanki yokugcina i-Hik yokugcina okusebenzayo

Okulandelayo: I-CryGegenic itanki yokugcina i-tik-c | Isisombululo esiphezulu sokugcina

Ukucaciswa

Ivolumu esebenzayo

Uxinzelelo loyilo

Uxinzelelo lokusebenza

Uxinzelelo oluvumelekileyo lokusebenza

Ubuncinci beeqondo zensimbi yensimbi

Uhlobo lwenqanawa

Ubungakanani benqanawa

Ubunzima bomkhombe

Uhlobo lokufakelwa kobushushu

Izinga le-staupic

Ukutywina vacuum

Yiloyilo lobomi

Ipeyinti yepeyinti

m³

Mpa

℃

% / d (o₂)

Ht (q) 10/10

10.0

1.000

<1.0

1.087

-196

Ⅱ

¶2166 * 2450 * 6200

(4640)

I-Linde-Wing

I-0.220

I-0.02

Jotun

Ht (q) 10/16

10.0

1.600

<1.6

1.695

-196

Ⅱ

¶2166 * 2450 * 6200

(5250)

I-Linde-Wing

I-0.220

I-0.02

Jotun

Htc10

10.0

2.350

<2.35

2.446

-40

Ⅱ

¶2166 * 2450 * 6200

I-6330

I-Linde-Wing

Ht (q) 15/10

15.0

1.000

<1.0

1.095

-196

Ⅱ

¶2166 * 2450 * 7450

(5925)

I-Linde-Wing

I-0.175

I-0.02

Jotun

Ht (q) 15/16

15.0

1.600

<1.6

1.642

-196

Ⅱ

¶2166 * 2450 * 7450

(6750)

I-Linde-Wing

I-0.175

I-0.02

Jotun

Htc15

10.0

2.350

<2.35

2.424

-40

Ⅱ

¶2166 * 2450 * 7450

(8100)

I-Linde-Wing

Ht (q) 20/10

20.0

1.000

<1.0

1.047

-196

Ⅱ

¶22516 * 2800 * 7800

(7125)

I-Linde-Wing

I-0.153

I-0.02

Jotun

Ht (q) 20/16

20.0

1.600

<1.6

1.636

-196

Ⅱ

¶22516 * 2800 * 7800

(8200)

I-Linde-Wing

I-0.153

I-0.02

Jotun

Htc20

10.0

2.350

<2.35

2.435

-40

Ⅲ

¶22516 * 2800 * 7800

I-9720

I-Linde-Wing

Ht (q) 30/10

30.0

1.000

<1.0

1.097

-196

Ⅱ

¶22516 * 2800 * 10800

(9630)

I-Linde-Wing

I-0.133

I-0.02

Jotun

Ht (q) 30/16

30.0

1.600

<1.6

1.729

-196

Ⅲ

¶22516 * 2800 * 10800

(10930)

I-Linde-Wing

I-0.133

I-0.02

Jotun

Htc30

10.0

2.350

<2.35

2.412

-40

Ⅲ

¶22516 * 2800 * 10800

I-13150

I-Linde-Wing

Ht (q) 40/10

40.0

1.000

<1.0

1.099

-196

Ⅱ

φ3020 * 3300 * 10000

(12100)

I-Linde-Wing

I-0.115

I-0.02

Jotun

Ht (q) 40/16

40.0

1.600

<1.6

1.713

-196

Ⅲ

φ3020 * 3300 * 10000

(13710)

I-Linde-Wing

I-0.115

I-0.02

Jotun

Ht (q) 50/10

I-50.0

1.000

<1.0

1.019

-196

Ⅱ

φ3020 * 3300 * 12025

(15730)

I-Linde-Wing

I-0.100

I-0.03

Jotun

Ht (q) 50/16

I-50.0

1.600

<1.6

1.643

-196

Ⅲ

φ3020 * 3300 * 12025

(17850)

I-Linde-Wing

I-0.100

I-0.03

Jotun

Htc50

10.0

2.350

<2.35

2.512

-40

Ⅲ

φ3020 * 3300 * 12025

21500

I-Linde-Wing

Ht (q) 60/10

60.0

1.000

<1.0

1.017

-196

Ⅱ

φ3020 * 3300 * 14025

(20260)

I-Linde-Wing

I-0.095

I-0.05

Jotun

Ht (q) 60/16

60.0

1.600

<1.6

1.621

-196

Ⅲ

φ3020 * 3300 * 14025

(31500)

I-Linde-Wing

I-0.095

I-0.05

Jotun

Ht (q) i-100/10

I-100.0

1.000

<1.0

1.120

-196

Ⅲ

φ3320 * 3600 * 19500

(35300)

I-Linde-Wing

I-0.070

I-0.05

Jotun

Ht (q) i-100/16

I-100.0

1.600

<1.6

1.708

-196

Ⅲ

φ3320 * 3600 * 19500

(40065)

I-Linde-Wing

I-0.070

I-0.05

Jotun

Ht (q) i-150/10

I-150.0

1.000

<1.0

1.044

-196

Ⅲ

φ3820 * 22500

43200

I-Linde-Wing

I-0.055

I-0.05

Jotun

Ht (q) i-150/16

I-150.0

1.600

<1.6

1.629

-196

Ⅲ

φ3820 * 22500

I-50200

I-Linde-Wing

I-0.055

I-0.05

Jotun

Phawula:

1. Ezi paramitha zingasentla zenzelwe ukudibana neeparamitha zeoksijini, initrogen kunye ne-argon ngelo xesha;
2. Iphakathi inokuba nayiphi na irhasi yotywala, kwaye iiparameter zinokungangqinelani namaxabiso etafile;
3. Umthamo / ubungakanani bunokubakho naliphi na ixabiso kwaye zinokwenziwa ngokwezifiso;
I-4. I-qina yomeleza i-tin, c ibhekisa kwitanki yokugcina i-carbon diok;
5. Iiparamitha zakutshanje zinokufumaneka kwinkampani yethu ngenxa yohlaziyo lwemveliso.