Estimation of the efficiency of the cyclic steam simulation with high viscosity oil wells based on the hydrodynamic model of the East Moldabek deposit, Kenbai field

V. Shishkin, A. Zholdybayeva, V. Z. Khazhitov, A. B. Niyazbayeva, D. A. Sidorov, A. Kurmankulov
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Abstract

High-viscosity oils classified as hard-to-recover oil reserves, where they differ from traditional oils with increased viscosity in reservoir conditions. There is about 0.7 billion tons of high-viscosity oils in Kazakhstan. Development of fields with high-viscosity oils is an urgent task for oil and gas engineers not only in Kazakhstan but also all over the world. This article is concerned with estimation of the efficiency of known in the oil and gas industry technologies aimed at intensifying production and increasing oil recovery in fields with hard-to-recover reserves. One of the types of such technologies is thermal recovery. This paper presents cyclic steam simulation. Estimation of the efficiency of the cyclic steam simulation based on the hydrodynamic model of the East Moldabek deposit of Kenbai filed. As a result of modeling, the current state of field development has been analyzed, reservoir simulation model has been history matched and different production forecast estimations have been made.
基于水动力模型的高黏度油井循环蒸汽模拟效率评价
高粘度油被归类为难以开采的石油储量,与油藏条件下粘度增加的传统石油不同。哈萨克斯坦约有7亿吨高粘度油。开发高粘度油田是哈萨克斯坦乃至世界各国油气工程师面临的紧迫任务。本文关注的是对石油和天然气工业中已知技术的效率估计,这些技术旨在提高难以开采储量的油田的产量和采收率。其中一种技术是热回收。本文介绍了循环蒸汽模拟。基于Kenbai油田东Moldabek矿床水动力模型的循环蒸汽模拟效率评价通过建模,分析了油田开发现状,对油藏模拟模型进行了历史拟合,并进行了不同的产量预测估计。
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