A fannin ajiyar ruwa mai ƙarfi, Shennan Technology tana da alaƙa da inganci da aminci.Shennanyana da samar da ƙananan na'urorin samar da iskar gas mai ƙarancin zafi guda 1,500 a kowace shekara, tankunan ajiya na yau da kullun masu ƙarancin zafi guda 1,000, na'urorin tururi daban-daban masu ƙarancin zafi guda 2,000, da kuma bawuloli masu daidaita matsin lamba guda 10,000. Fasaha tana kan gaba a cikin sabbin fasahohi da ƙwarewar samarwa. A cikin wannan babban fayil ɗin samfura,Jerin HT na tankunan ajiyar ruwa mai ban mamaki, musamman tankunan HT-C, HT(Q) LO2, HT(Q) LNG da HT(Q) LC2H4, suna gabatar da mafita na musamman don buƙatu daban-daban siffofi da fa'idodi na musamman. Wannan shafin yanar gizon yana da nufin fayyace bambance-bambancen da ke tsakanin waɗannan samfuran daban-daban domin ya ƙara wa masu amfani da masu ruwa da tsaki sani.
Tankin ajiya na ruwa mai tsabta na HT-C, ajiyar ajiya mai inganci
An tsara tankin ajiyar ruwa na HT-C mai kwance don inganci da aminci. Wannan samfurin ya shahara saboda yanayin kwancensa, wanda ke inganta amfani da sararin ƙasa kuma yana tabbatar da kwanciyar hankali yayin jigilar kaya da ajiya. An yi tankin da ƙarfe mai inganci kuma yana da rufin kariya mai inganci don rage asarar zafi. Ana amfani da tankunan ajiya na HT-C sosai kuma sun dace da adana ruwaye daban-daban na cryogenic kamar ruwa mai iskar oxygen, ruwa mai nitrogen, ruwa mai argon, da sauransu. Sun dace da amfani gabaɗaya a masana'antu daban-daban.
Tankin Ajiya na HT(Q) LO2 – Mafita Mai Inganci da Inganci ga Ajiya
Tankunan HT(Q) LO2 suna mai da hankali kan takamaiman buƙatun ajiyar iskar oxygen na ruwa, suna ba da inganci da aminci mara misaltuwa. An tsara tankin da kayan aiki na musamman da hanyoyin aminci don ɗaukar babban amsawar iskar oxygen na ruwa. Tsarin kariya na zafi mai haɓaka da bawul mai daidaita matsin lamba don kiyaye tsarki da kwanciyar hankali na LO2 da rage asara saboda ƙafewa. Ana amfani da tankunan HT(Q) LO2 a wurare da masana'antu waɗanda ke buƙatar ci gaba da samar da iskar oxygen mai tsafta.
Tankin Ajiya na LNG na HT(Q) - Mafi kyawun Maganin Ajiya na LNG
An tsara tankunan ajiya na LNG na HT(Q) don biyan buƙatun ajiya masu tsauri na iskar gas mai ruwa-ruwa (LNG). Ajiye LNG yana buƙatar tankuna waɗanda zasu iya jure matsin lamba mai tsanani da canje-canjen zafin jiki, kuma tankunan LNG na HT(Q) suna fuskantar wannan ƙalubalen. Yana da tsarin rufewa mai matakai da yawa da kuma tsarin daidaita matsin lamba na zamani don tabbatar da ajiya mai aminci na dogon lokaci. Tankin kuma yana da ƙarin fasalulluka na aminci kamar tsarin iska na gaggawa da bawuloli na musamman waɗanda aka tsara don kula da takamaiman halayen LNG, wanda hakan ya sa ya zama kyakkyawan zaɓi ga kamfanonin makamashi da manyan aikace-aikacen masana'antu.
Tankin Ajiya na HT(Q) LC2H4 – Mafita Mai Inganci da Dorewa
An ƙera tankunan ajiya na HT(Q) LC2H4 musamman don adana ethylene mai ruwa (C2H4) da kuma haɗa inganci, juriya da aminci. Tunda ethylene yana da ƙarfi sosai, ana buƙatar kayan aiki na musamman don ajiya. Tankunan ajiya na HT(Q) LC2H4 na Shennan Technology suna amfani da ƙarfe masu ƙarfi da ƙa'idodin masana'antu masu tsauri don cika waɗannan buƙatu. Waɗannan tankunan suna amfani da tsarin sanyaya da kula da matsin lamba na zamani don kiyaye ethylene mai ruwa a cikin yanayi mai kyau, yana rage haɗarin da ke tattare da canzawa. Wannan nau'in yana da fa'ida musamman ga masana'antun sinadarai da na man fetur waɗanda galibi ke sarrafa adadi mai yawa na ethylene.
A ƙarshe
Kowace tankunan ajiyar ruwa na HT cryogenic na Shennan Technology tana da nata tsarin fasali don biyan takamaiman buƙatun masana'antu. Daga tankunan ajiyar ruwa na HT-C na kwance na HT-C zuwa tankunan ajiya na HT(Q) na LO2 na musamman, tankunan ajiya na LNG na HT(Q) da tankunan ajiya na HT(Q) na LC2H4, Shennan Technology tana ba da samfuran da aka tsara don samar da mafita masu inganci, aminci da aminci. Fahimtar waɗannan bambance-bambancen yana da mahimmanci don zaɓar tankin ajiya mai dacewa don biyan takamaiman buƙatun ajiya yayin da ake tabbatar da inganci da aminci na aiki.
Lokacin Saƙo: Oktoba-10-2024
