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漠河盆地浅部气体特征及对天然气水合物形成的意义 被引量:7
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作者 赵省民 邓坚 +5 位作者 饶竹 文志刚 毕彩芹 易立 陆程 刘晨 《石油学报》 EI CAS CSCD 北大核心 2018年第3期266-277,共12页
烃类气源是天然气水合物形成的关键因素之一,气源问题长期困扰着中国东北冻土带的天然气水合物勘探。通过对中国东北漠河盆地4口地质浅井数百个岩心气体样品测试数据的研究可以得出:漠河盆地浅部(地表以下约1 200 m以浅的范围)的烃类气... 烃类气源是天然气水合物形成的关键因素之一,气源问题长期困扰着中国东北冻土带的天然气水合物勘探。通过对中国东北漠河盆地4口地质浅井数百个岩心气体样品测试数据的研究可以得出:漠河盆地浅部(地表以下约1 200 m以浅的范围)的烃类气体含量多为10~100 mL/L,个别超过100 mL/L。通常泥质类岩石、破碎带和盆地深部的含气量较高,含碳或碳质泥岩的含气量更高。漠河盆地冻土带浅部主要为生物气;中深部(深度为1 200~2 300 m)可能主要是混合气;深部(深度>2 300 m)应该有热解成因的常规天然气。浅部生物气为漠河冻土带天然气水合物形成的主要气源,这对中国东北地区乃至中国陆域天然气水合物的勘探具有重要意义。 展开更多
关键词 漠河盆地 多年冻土 生物气 天然气水合物 烃类气源
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Effects of uranium on hydrocarbon generation of hydrocarbon source rocks with type-Ⅲ kerogen 被引量:6
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作者 MAO GuangZhou LIU ChiYang +8 位作者 ZHANG DongDong QIU XinWei WANG JianQiang LIU BaoQuan LIU JingJiang QU ShaoDong DENG Yu WANG FeiFei ZHANG Can 《Science China Earth Sciences》 SCIE EI CAS 2014年第6期1168-1179,共12页
Organic-inorganic interaction exists universally and is important in the process of mineral resources formation.It is the essential reason why organic oil,gas,coal and inorganic uranium coexist,accumulate,and minerali... Organic-inorganic interaction exists universally and is important in the process of mineral resources formation.It is the essential reason why organic oil,gas,coal and inorganic uranium coexist,accumulate,and mineralize in the same sedimentary basins.Hydrocarbon-generating simulation experiment was conducted using low-mature hydrocarbon source rock containing kerogen type III with uranium(UO2CO3 solution)added to study the effects of uranium on the hydrocarbon generation of hydrocarbon source rocks.Experiment results show that uranium can enhance the yield of gas hydrocarbon,promote the total gas output,and increase the total hydrocarbon production(mass or volume).Uranium may lower the hydrocarbon generation threshold temperature and lead to the generation of liquid hydrocarbon in the relative low temperature of hydrocarbon source rock.Uranium can enhance the yield of saturated hydrocarbon,promote the low molecular weight hydrocarbons generating,and in turn increase the content of CH4 and the content of dry gas of the generated hydrocarbons.Uranium is one of the potential inorganic accelerating factors of the immature hydrocarbons. 展开更多
关键词 hydrocarbon generation simulation URANIUM source rocks MATURITY organic-inorganic interactions
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