Inkundla kawoyela i-Xinjiang yaseChina isiqalise ukusebenza iphrojekthi yokuqala emhlabeni yokushintsha uwoyela osindayo kakhulu ngamandla elanga, ikhiqiza amathani angu-52,000 we-steam engenayo i-carbon minyaka yonke.

Ngo-Ephreli 2026, i-Zhong 37 Tower-Type Water-Based High-Temperature Solar Thermal Project endaweni yase-Fengcheng Oilfield Operation Area ye-Xinjiang Oilfield yaqala ukusebenza ngokugcwele. Njengomsebenzi wokuqala emhlabeni wokubonisa ukushintsha kwe-tower-type solar thermal ekukhiqizeni uwoyela osindayo kakhulu, usebenzisa ilanga elivela e-Gobi Desert ukukhiqiza umusi wezinga lokushisa eliphezulu, esikhundleni sezinto ezivuthelayo zokubuyisa uwoyela osindayo ngokushisa, futhi kufezekisa ukukhishwa kwekhabhoni okunguziro kuyo yonke inqubo.

Lo msebenzi utholakala esikhungweni esikhulu kunazo zonke sase-China sokukhiqiza uwoyela osindayo kakhulu osendlini ephansi. Unamandla okukhiqiza umusi angamathani angu-52,000 ngonyaka, angashintsha ngqo amamitha-sikwele ayizigidi ezingu-3.9 zegesi yemvelo—elingana nokusetshenziswa kwegesi yonyaka kwamakhaya angaba ngu-20,000 asemedolobheni. Selokhu yaqala ukusebenza ngo-Septhemba 2025, ikhiqize ngaphezu kwamathani angu-5,000 omusi ongakhishi ikhabhoni.

Ukuqala okuyinhloko kwalo msebenzi kutholakala kumodi yayo "yokuhlinzeka ngamandla alinganayo" yokuqala emhlabeni, "yokukhiqiza umusi kusuka ku-solar thermal ngaphezulu komhlaba nokugcina amandla emakamelweni omusi angaphansi komhlaba." Ama-heliostat angu-23,000 abonisa ilanga phezulu entweni engamamitha angu-100, efudumeza amanzi ku-305°C ukuze kukhiqizwe umusi oshisayo. Umusi owedlulele okhiqizwa emini ungeniswa ngaphansi komhlaba ukuze ugcinwe, uhlinzeka ngokushisa okuqhubekayo ebusuku. Lokhu kuxazulula inkinga yokungazinzi kwamandla e-solar thermal futhi kuvumela ukukhiqizwa kwamafutha okuzinzile amahora angu-24.

I-China inezinsiza zamafutha anzima cishe ezigidini ezingama-20 zamathani, kanti imiphumela yonyaka idlula amathani ayizigidi eziyi-16. Ukubuyisa okushisayo kwendabuko kudla amandla aphindwe ka-3 kuya ku-8 kunezokukhipha ezijwayelekile futhi kukhipha amathani angaphezu kwezigidi eziyi-16 zekhabhoni ngonyaka. Lo mphrojekthi uvule umzila omusha wobuchwepheshe bokushisa elangeni emkhakheni wokushisa wezimboni. Njengoba ukushisa kwezinqubo zezimboni kubalelwa ngaphezu kuka-50% wokukhishwa kwekhabhoni e-China, amandla emakethe amakhulu kakhulu.

Ukukhipha uwoyela negesi yemvelo akwenzeki 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 yemboni kawoyela, igesi, kanye ne-petrochemical. Uhlu lwethu olusebenza kahle kakhulu luhlanganisa ama-hydrocyclone okukhipha uwoyela/amanzi, ama-desander ezinhlayiya ezincane kakhulu, kanye namayunithi okuhlanganisa. Sihlinzeka ngezixazululo eziphelele ezifakwe ku-skid futhi sinikeza nokulungiswa kabusha kwemishini yenkampani yangaphandle kanye nezinsizakalo zangemuva kokuthengisa. Sibambe amapentente amaningi angaphansi kwethu futhi sisebenza ngohlelo lokuphatha oluqinisekisiwe lwe-DNV-GL ISO-9001, ISO-14001, kanye ne-ISO-45001, sihlinzeka ngezixazululo zenqubo ezilungiselelwe, ukuklama komkhiqizo okunembayo, ukuthobela ngokuqinile imininingwane yobunjiniyela, kanye nokusekelwa okuqhubekayo kokusebenza.

Yethu ama-cyclone desanders asebenza kahle kakhulu, ezaziwa ngesilinganiso sazo esihle kakhulu sokuhlukanisa esingu-98%, zithole ukubuyekezwa okuvela kubaholi bamandla aphesheya kwezilwandle. Zakhiwe ngezinto ezithuthukisiwe zama-ceramics okumelana nokuguga, lezi zinhlelo zifinyelela ukususa okungu-98% kwezinhlayiya ezincane njengama-0.5 microns 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, zikhiphe u-98% wezinhlayiya ezinkulu kune-2 microns ukuze zingene kabusha ngqo, ngaleyo ndlela zithuthukise ukusebenza kahle kokugeleza kwamanzi ngenkathi kuncishiswa umthelela emvelweni.

Umkhiqizo wethu omusha—I-High Efficiency Ultra-Fine Particle Desander iyidivayisi yokuhlukanisa uketshezi-okuqinile esebenzisa umgomo osebenzayo we-centrifugal ukuhlukanisa izinto ezingcolile ezintantayo—njengezinto eziqinile emanzini akhiqiziwe, emanzini olwandle, ku-condensate, izinhlayiya ezinhle eziketshelweni ezinomfutho ophezulu, kanye nomgubo we-catalyst kuma-reactor—kusuka eketshelweni (uketshezi, igesi, noma ingxube yoketshezi negesi). Iyakwazi ukukhipha izinhlayiya eziqinile ezinosayizi abangafika ku-2 microns (ngokusebenza okungu-98%) noma ngaphansi.

I-High Efficiency Ultra-Fine Particle Desanderiletha ukusebenza kahle kakhulu ekususweni kwesihlabathi, 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 abaseningizimu-mpumalanga ye-Asia, ama-SAGA desanders afakwa kumapulatifomu we-wellhead nawokukhiqiza. Ahlinzeka ngokususwa okuthembekile kwezinto eziqinile kuwo igesi, uketshezi lokukhiqiza, ne-condensate, futhi abalulekile ekuhlanzweni kwamanzi olwandle, ukuvikelwa komjikelezo wokukhiqiza, kanye nezinhlelo zokujova/ukugcwalisa amanzi.

Ngaphandle kwama-desanders, i-SAGA inikeza iqoqo lobuchwepheshe bokuhlukanisa obunconywayo. Umugqa womkhiqizo wethu uhlanganisa izinhlelo zembrane zokususa i-CO₂ egazini lemvelo, ama-hydrocyclones okukhipha uwoyela, ama-flotation units (CFUs) amancane asebenza kakhulu, ukuhlanjululwa kwesihlabathi segesi, iphakheji yokukhipha amanzi nge-cyclonic enokwelashwa kwamanzi akhiqiziwe, kanye ama-hydrocyclone amaningi, ahlinzeka ngezixazululo eziphelele zezinselelo ezinzima kakhulu zemboni.