Optimal Design and Research on Honeycomb-Like Structure Geothermal Production and Irrigation Well Network
DOI:
https://doi.org/10.54097/hset.v67i.12064Keywords:
Honeycomb structure; heat storage; sound network layout; hydrothermal coupling simulation; production and irrigation well spacing; geothermal geological model.Abstract
Inspired by the honeycomb shape structure, this structural shape was applied to the design of the geothermal well network, and the CMG simulation software with STARS as the core was used to establish a geothermal resource geological conceptual model of the Liaohe Oilfield Shenyang Oil Production Plant Oilfield. This model applied hydrothermal coupling simulation technology, studied the heat recovery effects of different production and irrigation well networks, conducted comparative analysis, and finally optimized the production and irrigation well network design and chose an inclined seven-point well network. The main advantages of using this honeycomb structure are reduced investment, maximum utilization of space, and larger Covers heat storage area to obtain maximum heat recovery, and it is easy to convert to other good network forms and adjust later.
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References
Lei Haiyan. Numerical simulation study of porous geothermal mining and irrigation development plan. Journal of Solar Energy 2010.12, Vol.31, No.12
Sun Pengguang. Geological conceptual model and well pattern simulation of geothermal resources in Daming Oilfield, Journal of Yangtze University 2018, Vol.15, No.13p.11-16.
Zhu Jialing. Analysis of the impact of interwell pressure difference compensation on the efficiency of geothermal reinjection technology, Journal of Solar Energy 2012.1, Vol.33, No.1
Zhang Hongbo. Evaluation method of well pattern model for recyclable utilization of geothermal resources, Oil and Gas Geology and Recovery, 2017, Vol.24, No.1
Duan Zhongfeng et al. Geothermal development well pattern layout in oil and gas areas based on hydrothermal coupling simulation, Natural Gas Industry, 2020.10, Vol.40, No.10
Wang Jian et al. Basic characteristics of geothermal energy in Liaohe Depression Petroleum and Natural Gas Geology 1985.12, Vol.6, No.4
Liu Shibin. Geothermal resources and their development, utilization and protection. Chemical Industry Press, 2005
Dou Huiping. Geothermal heating wellbore temperature loss model and application, Geology and Exploration, 2019, Vol.55, No.5
Liu Jiurong. Development status of geothermal recharge technology. Hydrogeology and Engineering Geology, 2003, 30(3) p.100-104.
You Xiaocai et al. Strategies for exploration, development, utilization and protection of geothermal resources in my country. China Mining, 2007,16(6) p.1-3.
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