New Technology of Optimizing Heavy Oil Reservoir Management by Geochemical Means: A Case Study in Block Leng 43, Liaohe Oilfield, China

ZHAO HONGJING; ZHANG CHUNMING; MEI BOWEN

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New Technology of Optimizing Heavy Oil Reservoir Management by Geochemical Means: A Case Study in Block Leng 43, Liaohe Oilfield, China

机译：利用地球化学手段优化稠油油藏管理新技术-以辽河油田冷43区块为例

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Geochemical methods can be used to optimize heavy oil reservoir management. The distribution of some biomarkers in oils is different with the degree of biodegradation. Geochemi- cal parameters can be used to predict oil viscosity and thus to preliminarily evaluate the difficul- ties involved in oil production. The results of viscosity prediction for oils from reservoir S_3~2 in block Leng 43 and preliminary evaluation of oil production difficulty are consistent with the geological data.

机译：地球化学方法可用于优化稠油储层管理。某些生物标志物在油脂中的分布随生物降解程度的不同而不同。地球化学参数可用于预测油的粘度，从而初步评估与采油有关的难度。冷43区块S_3〜2油层的黏度预测结果和产油难度的初步评价结果与地质数据相吻合。

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来源
《Chinese Journal of Geochemistry》 |2002年第4期|p.340-347|共8页
作者
ZHAO HONGJING; ZHANG CHUNMING; MEI BOWEN;
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原文格式 PDF
正文语种 eng
中图分类地球化学;
关键词
geochemistry; crude-oil component; biomarker; viscosity prediction;

机译：地球化学原油成分;生物标志物粘度预测;

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1. New Technology of Optimizing Heavy Oil Reservoir Management by Geochemical Means：A Case Study in Block Leng 43,Liaohe Oilfield,China [J] . 赵红静, S.R.LARTER, 等中国地球化学学报：英文版 . 2002,第004期

机译：利用地球化学手段优化稠油藏管理新技术-以辽河油田冷43区块为例
2. New Technology of Optimizing Heavy Oil Reservoir Management by Geochemical Means: A Case Study in Block Leng 43, Liaohe Oilfield, China [J] . ZHAO HONGJING(赵红静), ZHANG CHUNMING(张春明), MEI BOWEN(梅博文), 中国地球化学学报（英文版） . 2002,第004期

机译：利用地球化学手段优化稠油油藏管理新技术-以辽河油田冷43区块为例
3. Numerical simulation of fire flooding for heavy oil reservoirs after steam injection: A case study on Block H1 of Xinjiang Oilfield, NW China [J] . Changfeng XI, Wenlong GUAN, Youwei JIANG, Petroleum exploration and development . 2013,第6期

机译：注入蒸汽后稠油油藏大火数值模拟-以新疆油田H1区块为例
4. Study of Combustion Override, Split-Production Horizontal Well COSH Process in a Deep Extra Heavy Oil Reservoir of Leng41 Block in Liaohe Oil Field [C] . Liao Chenghui, Li Shaochi, Chen Yaping, UNITAR international conference on heavy crude and tar sands . 1998

机译：辽河油田冷41区块深层超稠油油藏燃烧超控，分采水平井COSH工艺研究
5. Reservoir property prediction from well-logs, VSP and multicomponent seismic data: Pikes Peak heavy oilfield, Saskatchewan. [D] . Soubotcheva, Natalia. 2006

机译：通过测井，VSP和多分量地震数据预测储层性质：萨斯喀彻温派克峰稠油油田。
6. Microbial Communities in Long-Term, Water-Flooded Petroleum Reservoirs with Different in situ Temperatures in the Huabei Oilfield, China [O] . Yue-Qin Tang, Yan Li, Jie-Yu Zhao, 2009

机译：华北油田不同温度下长期注水油气藏中的微生物群落
7. Casing Damage Prevention and Control Technology of Super Heavy Oil Thermal Production Well. A Case research of Du 84 block in Shu 1 area, Liaohe Oilfield [O] . Jia-Nian Xu, Hong-Li Liu 2017

机译：超重油热产量的套管损伤防控技术。辽河油田蜀1区杜84块案例研究

New Technology of Optimizing Heavy Oil Reservoir Management by Geochemical Means: A Case Study in Block Leng 43, Liaohe Oilfield, China

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