I-SLB ne-Vår Energi bandisa ukubambisana ekuthuthukisweni kwenkundla kawoyela yedijithali eNorway

I-SLB neVår Energi sandisa ukubambisana kwazo ukuze zisebenzise izixazululo zokuhlela imigodi yedijithali nokuhlela ukuthuthukiswa kwamasimu ahlangene kuzo zonke izindawo zazo eziseqhingini laseNorway. Lezi zinhlangothi ezimbili ngaphambili zacisha isikhathi sokuhlela imigodi ngokubambisana kusuka ezinyangeni saya ezinsukwini, futhi ukusetshenziswa okwandisiwe kulindeleke ukuthi kulethe izinzuzo ezifanayo ekuhleleni ukuthuthukiswa kwamasimu ahlangene, okuhloswe ukusekela abaqhubi ekuphathweni komsebenzi wokuthuthukisa oya uba nzima kakhulu ngenkathi kugcinwa ukukhiqizwa kusuka kumaphrojekthi asevele akhona asemanzini olwandle.

I-Vår Energi isisebenzisa ipulatifomu yedijithali ye-SLB iDelfi ukuxhuma ukuhlola, ukuhlola ngaphansi komhlaba, ukuhlela imigodi, ukuklama ngaphansi kolwandle, ukuhlela ukuthuthukiswa kwensimu kanye nokukhiqiza endaweni eyakhelwe efwini. Ngokwe-SLB, le ndlela—evumela amaqembu ukuthi asebenze ngokufanayo esebenzisa idatha eyabiwe kanye nezinqubo ezijwayelekile—iyanciphisa ukudluliselwa kanye nomsebenzi owenziwa kabusha, isekela izinqumo ezingaguquki nezingesikhathi esifanele kusukela ekuhloleni kokuqala kuze kube ukuhlela ukuthuthukiswa.

URakesh Jaggi, uMongameli weDijithali kwa-SLB, uphawule ukuthi njengoba ukuthuthukiswa ngaphansi kolwandle kuba nzima kakhulu, ukusebenza kuncike kakhulu ekubeni namandla kwamaqembu okuxhumanisa ngokushesha, ukuhlola izinketho nokwenza izinqumo kusetshenziswa idatha ethenjwayo. Ngokuhlanganisa iziyalezo ezahlukene endaweni yedijithali ephelele, abasebenzisi banganciphisa imijikelezo yokuhlela futhi bandise isivinini nekhwalithi yezinqumo ezidingekayo ukuze kuqhubeke amathuba afana nokuxhunywa okuncane ngaphansi kolwandle.

Lokhu kusebenzisana okwandisiwe kubonisa ushintsho oluya ezindleleni zokuhlela ezisekelwe emafini, okuhloswe ukusiza abasebenzisi ukuthi banciphise isikhathi phakathi kwezinyathelo ezibalulekile zentuthuko, bathuthukise ukubambisana kwezindawo ezahlukene, futhi bakhulise inani kusuka ezinsizeni ezikhona ezindaweni ezivuthiwe. Imisebenzi ejwayelekile, edidiyelwe ibonwa njengokunika amandla umsebenzi ohambisanayo, ohlangene, inciphise ukudluliselwa kanye nomsebenzi owenziwa kabusha, ngenkathi kuthuthukiswa isisekelo sokwenza izinqumo ngesikhathi ezintweni ezivuthiwe zasolwandle.

Ukuphuma kukaphethiloli negesi yemvelo akunakwenzeka ngaphandle kwemishini yokuhlukanisa.

I-Shanghai SAGA Offshore Engineering Co., Ltd., eyasungulwa e-Shanghai ngo-2016, iyibhizinisi lobuchwepheshe lesimanje elihlanganisa i-R&D, ukuklama, ukukhiqiza, kanye nenkonzo. Sizibophezele ekuthuthukiseni imishini yokuhlukanisa nokuhlunga yezimboni zikadizayela, igesi, kanye ne-petrochemical. Uhlu lwethu lwemikhiqizo esebenza kahle kakhulu luhlanganisa ama-hydrocyclone okukhipha uwoyela/amanzi, ama-desander ezinhlayiya ezincane kakhulu, kanye namayunithi okuhlanganisa amanzi. Sinikeza izixazululo eziphelele ezifakwe ezindaweni eziyimishini futhi sinikeza nokulungiswa kwemishini yenkampani yangaphandle kanye nezinsizakalo zangemuva kokuthengisa. Siphatha amalungelo obunikazi amaningi futhi sisebenza ngaphansi kwesistimu yokuphatha eqinisekiswe yi-DNV-GL ISO-9001, ISO-14001, kanye ne-ISO-45001, sinikeza izixazululo zenqubo ezithuthukisiwe, ukuklama okunembayo komkhiqizo, ukugcina ngokuqinile imininingwane yobunjiniyela, kanye nokwesekwa okuqhubekayo kokusebenza.

Yethu ama-cyclone desanders aphumelela kakhulu, ezaziwa ngesilinganiso sazo esihle kakhulu sokuhlukanisa esingu-98%, zithole ukubuyekezwa okuvela kubaholi bamandla aphesheya kwezilwandle. Zakhiwe ngezinto ezithuthukisiwe zama-ceramics ezimelana nokuguga, lezi zinhlelo zifinyelela ukususa okungu-98% kwezinhlayiya ezincane njengama-micron angu-0.5 emifudlaneni yegesi. Leli khono lenza ukuthi igesi ekhiqiziwe ingene kabusha ukuze kusetshenziswe i-miscible flooding kumachibi anomoya ophansi, isixazululo esibalulekile sokuthuthukisa ukubuyisa uwoyela kumalungiselelo anzima. Kungenjalo, zingaphatha amanzi akhiqiziwe, zisuse u-98% wezinhlayiya ezinkulu kune-micron engu-2 ukuze zingene kabusha ngqo, ngaleyo ndlela zithuthukise ukusebenza kahle kwe-water-flood ngenkathi kuncishiswa umthelela emvelweni.

Umkhiqizo wethu omusha—I-High Efficiency Ultra-Fine Particle Desander yidivayisi yokuhlukanisa uketshezi-okuqinile esebenzisa isimiso esisebenza kahle se-centrifugal ukuhlukanisa izinto ezingcolile ezintantayo—njengezinto eziqinile emanzini akhiqiziwe, emanzini olwandle, ku-condensate, izinhlayiya ezinhle eketshezini elinamandla aphezulu, kanye nomgqomo wokukhipha ubuthi kuma-reactor—kusuka eketshezini (uketshezi, igesi, noma ingxube yoketshezi-gesi). Iyakhipha kahle izinhlayiya eziqinile ezinosayizi abangafika ku-2 microns (ngokusebenza okungu-98%) noma ngaphansi.

I-High Efficiency Ultra-Fine Particle Desanderiletha ukusebenza kahle kakhulu ekususeni isihlabathi, ikwazi ukususa izinhlayiya eziqinile ezifika ku-2 microns. Le mishini inendawo encane, ayidingi amandla angaphandle noma izithako zamakhemikhali, futhi inomjikelezo wokuphila cishe weminyaka engu-20. Inikeza amandla okukhipha isihlabathi ku-inthanethi ngaphandle kwesidingo sokuyeka ukukhiqiza.

Kufakazelwe emikhakheni emikhulu yomhlaba ephethwe yi-CNOOC, CNPC, Petronas, nabanye kulo lonke elaseNingizimu-mpumalanga ye-Asia, ama-SAGA desanders afakwa kumapulatifomu we-wellhead nawokukhiqiza. Ahlinzeka ngokususwa okuthembekile kwezinto eziqinile kuwo igesi, uketshezi lokukhiqiza, kanye ne-condensate, futhi abalulekile ekuhlanzweni kwamanzi olwandle, ukuvikelwa komjikelezo wokukhiqiza, kanye nezinhlelo zokujova/ukugcwalisa amanzi.

Ngaphezu kwama-desanders, i-SAGA inikeza iqoqo lobuchwepheshe bokuhlukanisa obunconywayo. Umugqa womkhiqizo wethu uhlanganisa izinhlelo zamagobolondo zokususa i-CO₂ egazini lemvelo, ama-hydrocyclones asusa uwoyela, ama-flotation units (CFUs) amancane asebenza kakhulu, ukuhlanza igesi elishubile, Iphakethe lokukhipha amanzi nge-cyclonic elokwelapha amanzi akhiqiziwe, futhi ama-hydrocyclone amaningi, ahlinzeka ngezixazululo eziphelele zezinselelo ezinzima kakhulu zemboni.