用储层岩石抽提物的饱和烃色谱指纹识别油气层

陈世加; 黄第藩; 赵孟军

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用储层岩石抽提物的饱和烃色谱指纹识别油气层

陈世加, 黄第藩, 赵孟军

文章导航 > 沉积学报 > 1998 > 16(4): 149-152

陈世加, 黄第藩, 赵孟军. 用储层岩石抽提物的饱和烃色谱指纹识别油气层[J]. 沉积学报, 1998, 16(4): 149-152.

引用本文:

陈世加, 黄第藩, 赵孟军. 用储层岩石抽提物的饱和烃色谱指纹识别油气层[J]. 沉积学报, 1998, 16(4): 149-152.

Chen shijia, Huang Difan, Zhao Mengjun. Identifying Oil and Gas intervals Using Saturated Hydrocarbon Chromatography Fingerprints of Reservoir Extracted Hydrocarbon[J]. Acta Sedimentologica Sinica, 1998, 16(4): 149-152.

Citation:

Chen shijia, Huang Difan, Zhao Mengjun. Identifying Oil and Gas intervals Using Saturated Hydrocarbon Chromatography Fingerprints of Reservoir Extracted Hydrocarbon[J]. Acta Sedimentologica Sinica, 1998, 16(4): 149-152.

陈世加, 黄第藩, 赵孟军. 用储层岩石抽提物的饱和烃色谱指纹识别油气层[J]. 沉积学报, 1998, 16(4): 149-152.

引用本文:

陈世加, 黄第藩, 赵孟军. 用储层岩石抽提物的饱和烃色谱指纹识别油气层[J]. 沉积学报, 1998, 16(4): 149-152.

Citation:

用储层岩石抽提物的饱和烃色谱指纹识别油气层

1 西南石油学院四川南充 637001;
2 北京石油勘探开发科学研究院北京 100083

详细信息

作者简介:
陈世加男 32 岁博士( 讲师) 石油地质与地球化学

中图分类号: P618.130.8

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文章访问数: 442
HTML全文浏览量: 10
PDF下载量: 427
被引次数: 0

Identifying Oil and Gas intervals Using Saturated Hydrocarbon Chromatography Fingerprints of Reservoir Extracted Hydrocarbon

1 South-western Petroleum Insititute,Nanchong Sichuan 637001;
2 Beijing Petroleum Exploration and Development Research Insititute,Beijing 100083

摘要

摘要: 利用储层岩石抽提物的饱和烃色质总离子图的指纹特征判识储层的流体（油、气）类型。油层或油饱和的储层，饱和烃色质总离子流图的特征是正构烷烃碳数分布宽，碳数分布在C₁₅～C₃₈之间，与原油样品的正构烷烃碳数分布相似；凝析气层的正构烷烃碳数分布略窄一些，碳数分布在C₁₅～C₃₅之间，低碳数（小于C₂₁）的正构烷烃相对于油层富集，高碳数（大于C₂₁）的正构烷烃丰度明显低于油层；干气层的正构烷烃碳数分布最窄，碳数分布在C₁₅～ C₂₈之间，只有低碳数的正构烷烃，高碳数的正构烷烃丰度极低。据此可用来识别油层、凝析气层和干气层，也可用于一些测井资料不全或测井质量差的老井的油气层复查、测井难以识别的火成岩油气层的识别，还可用于地层评价，为油气酸化层位的优选提供科学依据。
- 饱和烃色-质总离子图 /
- 正构烷烃分布 /
- 储层流体类型（油气）判识 /
- 油层 /
- 凝析气层 /
- 干气层
Abstract: Reservoir fluid ty pes are usually identified by logging well technology, repeat fo rmation test or geology ang geochemistry logg ing during drilling, and logging well interpreting is based on the physical property of reservoir fluids, there will be difficult in interpreting some low resistance oil intervals o r volcannic rock oil reservoirs.However reservoir geochemistry technology can be remedial for those defects, which can directly i- dentify reservoir fluid types(oil and g as)based on the fluid chemical character. authors use m ass-chormatography total ion chart of saturated hy drocarbon extracted from reservoir sand- stones to indentify reservoir fluid ty pes(oil and gas)).Fingerprints of oil saturated sandstones o r oil intervals show w ide n-alkane distribution, which ranges from C₁₅ to C₃₈, and is similar to those of oil sample; finger- prints from condensate sandstone show lig htly abbreviated n-alkane distribution, which ranges from C₁₅ to C₃₅, but the content of hig h hydrocarbon com pounds( C₂₁) is apparently lower than that of oil sandstone; finger- prints from dry g as sandstone show a further abbreviated n-alkane distribution, which ranges from C₁₅ to C₂₈, the co ntent of high carbon compounds is very low, but the content of low carbon compounds is abundant, so this technology can be used to identify the types of reservoir fluid(oil and gas), reevaluate oil and g as intervals in old well whose log data is incomplete, and provide scientific evidence for optimizing acid treatment intervals.
- reservoir fluid types(oil and g as) identifying /
- saturated hydrocarbon mass-chromatography /
- totalion chart /
- n-alkanes /
- distribution /
- oil reservoir

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参考文献(1)

[1]

1 M abre M aness, John G, Pri ce W.W ell Formation Characterization by hydrocarbo analysis1977.S PE, 6860

2 邬立言, 张振苓.储层岩石油气组分的定量方法.录井技术通讯, 1992, 3( 3): 5～9

3 陈世加, 王廷栋.天然气储层沥青生物标志化合物分布与干气运移.天然气地球科学, 1993, 4( 5): 35～39

4 黄第藩, 刘宝泉, 王廷栋等.塔里木盆地东部天然气的成因类型及成熟度判识.中国科学( D 辑), 26( 4): 365～372

5 Price L C, Wenger L M.Solubili ty of crude oil in methane as a func- tion of pressure and temperature. Journal of O rgani c Geochemistry, 1983, 4: 202～221

7 Larter, M ills.Phase-controlled molecular fractionations in migration petroleum charges.In: England ed.Petroleum migration, Geological Society Special Publication, 1991, 59: 137～147

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用储层岩石抽提物的饱和烃色谱指纹识别油气层

1 西南石油学院四川南充 637001;

2 北京石油勘探开发科学研究院北京 100083

作者简介:
陈世加男 32 岁博士( 讲师) 石油地质与地球化学

收稿日期: 1997-01-08
修回日期: 1998-04-08
刊出日期: 1998-08-10

中图分类号: P618.130.8

关键词:

油层 /

摘要: 利用储层岩石抽提物的饱和烃色质总离子图的指纹特征判识储层的流体（油、气）类型。油层或油饱和的储层，饱和烃色质总离子流图的特征是正构烷烃碳数分布宽，碳数分布在C₁₅～C₃₈之间，与原油样品的正构烷烃碳数分布相似；凝析气层的正构烷烃碳数分布略窄一些，碳数分布在C₁₅～C₃₅之间，低碳数（小于C₂₁）的正构烷烃相对于油层富集，高碳数（大于C₂₁）的正构烷烃丰度明显低于油层；干气层的正构烷烃碳数分布最窄，碳数分布在C₁₅～ C₂₈之间，只有低碳数的正构烷烃，高碳数的正构烷烃丰度极低。据此可用来识别油层、凝析气层和干气层，也可用于一些测井资料不全或测井质量差的老井的油气层复查、测井难以识别的火成岩油气层的识别，还可用于地层评价，为油气酸化层位的优选提供科学依据。

English Abstract

Identifying Oil and Gas intervals Using Saturated Hydrocarbon Chromatography Fingerprints of Reservoir Extracted Hydrocarbon

1 South-western Petroleum Insititute,Nanchong Sichuan 637001;

2 Beijing Petroleum Exploration and Development Research Insititute,Beijing 100083

Received Date: 1997-01-08
Rev Recd Date: 1998-04-08
Publish Date: 1998-08-10

Keywords:

reservoir fluid types(oil and g as) identifying /
saturated hydrocarbon mass-chromatography /
totalion chart /
n-alkanes /
distribution /
oil reservoir

Abstract: Reservoir fluid ty pes are usually identified by logging well technology, repeat fo rmation test or geology ang geochemistry logg ing during drilling, and logging well interpreting is based on the physical property of reservoir fluids, there will be difficult in interpreting some low resistance oil intervals o r volcannic rock oil reservoirs.However reservoir geochemistry technology can be remedial for those defects, which can directly i- dentify reservoir fluid types(oil and g as)based on the fluid chemical character. authors use m ass-chormatography total ion chart of saturated hy drocarbon extracted from reservoir sand- stones to indentify reservoir fluid ty pes(oil and gas)).Fingerprints of oil saturated sandstones o r oil intervals show w ide n-alkane distribution, which ranges from C₁₅ to C₃₈, and is similar to those of oil sample; finger- prints from condensate sandstone show lig htly abbreviated n-alkane distribution, which ranges from C₁₅ to C₃₅, but the content of hig h hydrocarbon com pounds( C₂₁) is apparently lower than that of oil sandstone; finger- prints from dry g as sandstone show a further abbreviated n-alkane distribution, which ranges from C₁₅ to C₂₈, the co ntent of high carbon compounds is very low, but the content of low carbon compounds is abundant, so this technology can be used to identify the types of reservoir fluid(oil and gas), reevaluate oil and g as intervals in old well whose log data is incomplete, and provide scientific evidence for optimizing acid treatment intervals.

陈世加, 黄第藩, 赵孟军. 用储层岩石抽提物的饱和烃色谱指纹识别油气层[J]. 沉积学报, 1998, 16(4): 149-152.

引用本文:

陈世加, 黄第藩, 赵孟军. 用储层岩石抽提物的饱和烃色谱指纹识别油气层[J]. 沉积学报, 1998, 16(4): 149-152.

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用储层岩石抽提物的饱和烃色谱指纹识别油气层

作者简介:
陈世加男 32 岁博士( 讲师) 石油地质与地球化学

计量

Identifying Oil and Gas intervals Using Saturated Hydrocarbon Chromatography Fingerprints of Reservoir Extracted Hydrocarbon

计量

目录

用储层岩石抽提物的饱和烃色谱指纹识别油气层

1 西南石油学院四川南充 637001;

2 北京石油勘探开发科学研究院北京 100083

作者简介:
陈世加男 32 岁博士( 讲师) 石油地质与地球化学

English Abstract

Identifying Oil and Gas intervals Using Saturated Hydrocarbon Chromatography Fingerprints of Reservoir Extracted Hydrocarbon

1 South-western Petroleum Insititute,Nanchong Sichuan 637001;

2 Beijing Petroleum Exploration and Development Research Insititute,Beijing 100083

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用储层岩石抽提物的饱和烃色谱指纹识别油气层

作者简介: 陈世加 男 32 岁 博士( 讲师) 石油地质与地球化学

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Identifying Oil and Gas intervals Using Saturated Hydrocarbon Chromatography Fingerprints of Reservoir Extracted Hydrocarbon

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用储层岩石抽提物的饱和烃色谱指纹识别油气层

1 西南石油学院 四川 南充 637001; 2 北京石油勘探开发科学研究院 北京 100083

作者简介: 陈世加 男 32 岁 博士( 讲师) 石油地质与地球化学

English Abstract

Identifying Oil and Gas intervals Using Saturated Hydrocarbon Chromatography Fingerprints of Reservoir Extracted Hydrocarbon

1 South-western Petroleum Insititute,Nanchong Sichuan 637001; 2 Beijing Petroleum Exploration and Development Research Insititute,Beijing 100083

全文HTML

目录

友情链接

期刊在线

联系我们

作者简介:
陈世加男 32 岁博士( 讲师) 石油地质与地球化学

1 西南石油学院四川南充 637001;

2 北京石油勘探开发科学研究院北京 100083

作者简介:
陈世加男 32 岁博士( 讲师) 石油地质与地球化学

1 South-western Petroleum Insititute,Nanchong Sichuan 637001;

2 Beijing Petroleum Exploration and Development Research Insititute,Beijing 100083