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Geochemical characteristic and origin of solid bitumen in the Jurassic and Triassic sandstone reservoir of Santai Area, Junggar Basin, NW China

机译:西北准Jung尔盆地三台地区侏罗系和三叠系砂岩油藏的地球化学特征和固体沥青成因

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摘要

Solid bitumen was identified in the pore spaces of the Jurassic and Triassic sandstone reservoir in the Santai Area, Junggar Basin, NW China, which limits economic petroleum production, even influencing hydrocarbon accumulation. Organic geochemical techniques were figured out the origin of bitumen and its formation mechanisms. Carbon isotope characteristics of the crude oil and bitumen-reservoir extracts suggests the bitumen mainly derived from sapropelic-type source rock of Pingdiquan Formation, which was deposited in the semideep and deep lacustrine environment. Biomarker date indicates bitumen was formed from petroleum in low thermally mature stage and biodegradation was responsible for formation of the bitumen.
机译:在中国西北部准gar尔盆地三台地区侏罗纪和三叠纪砂岩储层的孔隙空间中发现了固态沥青,这限制了石油的经济生产,甚至影响了油气的聚集。有机地球化学技术被弄清楚了沥青的起源及其形成机理。原油和沥青储层提取物的碳同位素特征表明,沥青主要来源于平地泉组的腐泥型烃源岩,沉积在半深和深湖相环境中。生物标志物日期表明沥青是在低热成熟阶段从石油中形成的,而生物降解是导致沥青形成的原因。

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