Research on injection-production parameter optimization of huff and puff development of thick bed massiveness super heavy oil field

机译：厚层块状超稠油油田吞吐发展的注采参数优化研究

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Shuyi District Guantao Formation of Du 84 block oil layer of Liaohe Oil Field is thick bed massiveness edge water oil reservoir. It also belongs to underscreen water reservoir and bottom water reservoir. Oil product qualities of this oil layer pertain to super heavy oil. Currently, huff and puff development is adopted in Du 84 block oil layer. Reservoir conditions are complicated and fluid property is particular. For these reasons, there are many influencing factors act on the effect of huff and puff development. The injection-production parameter optimization of huff and puff development is the most important of all. With the target at Du 84 block oil layer, the numerical simulation has been taken to research on injection-production optimization of huff and puff development in the paper. The parameters of huff and puff development include dryness fraction of steaming, strength of steam injection, steam injection rate, close time and so on.

机译：辽河油田束一区官陶组杜84区块油层为厚层块状边缘水储层。它也属于筛下水库和底部水库。该油层的油品质量属于超重油。目前，在Du 84块状油层中采用了吞吐法。储层条件复杂，流体性质特别。由于这些原因，有许多影响因素作用于吞吐和粉扑的发展。最重要的是，吞吐和粉扑形成过程的注射生产参数优化是最重要的。以Du 84块状油层为目标，进行了数值模拟，研究了吞吐和油烟发展的注采生产优化。吞吐和膨化的参数包括蒸干度，注蒸汽强度，注蒸汽速率，关闭时间等。

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《Power Engineering and Automation Conference (PEAM), 2011 IEEE》|2011年|p.361-364|共4页
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Zhao Qing-Hui;
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中图分类输配电工程、电力网及电力系统;
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Guantao Formation of Du 84 block; Shuyi District of Liaohe Oil Field; cyclic steam stimulation; injection-production parameters; optimization research; super heavy oil;

机译：辽河舒义区杜84区块冠陶组循环蒸汽增产注入生产参数优化研究超重油;

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3. The optimization of development mode during the later steam hu and puff in heavy oilfield taking the M block in Liaohe Oilfield as example [J] . 无国际英语教育研究：英文版 . 2013,第012期

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4. Research on injection-production parameter optimization of huff and puff development of thick bed massiveness super heavy oil field [C] . Zhao Qing-Hui IEEE Power Engineering and Automation Conference . 2011

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5. Applicability of solvent based Huff-and-Puff Method to enhance heavy oil recovery. [D] . Qazvini Firouz, Alireza. 2011

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7. Study on Steam Huff and Puff Injection Parameters of Herringbone Well in Shallow and Thin Heavy Oil Reservoir [O] . Ma Cuiyu Xiaofeng 2013

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8. Using Flue Gas Huff 'n Puff Technology and Surfactants to Increase Oil Production from the Antelope Shale Formation of the Railroad Gap Oil Field [R] . McWilliams, M. 2001

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Research on injection-production parameter optimization of huff and puff development of thick bed massiveness super heavy oil field

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