High Rate Hybrid Fracturing in South-Priobskoe Field

I. Vikhman, A. Barinov, D. Kolupaev, N. Chebykin, R. Uchuev, U. Mavletkulov, S. Vereschagin, S. Pavlova, S. Sypchenko, D. Valnev
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Abstract

The South-Priobskoe Field is one of the largest oil pools in Western Siberia, with a unique category of reserves. Due to the low filtration properties of the productive formations AS10-AS12 (permeability of which is not more than 3 mD), the drilling of horizontal wells with subsequent multi-stage hydraulic fracturing (MSHF) completion is the most cost-effective way in this case. The use of highly viscous fracture fluids (at least 400 cP at 100 s-1) and 16/20 mesh proppant with a maximum concentration of 800-900 kg/m3 and the slurry rates are not exceeding 4.0 m3/min, became a kind of standard during the MSHF. However, a steady decline of permeability in the newly drilled areas of the field is observed (below 0.5 mD), because of this, an effective half-length of cracks begins to make an increasing contribution to oil production. This paper describes the introduction of non-standard methods of hydraulic fracturing for a traditional reservoir, and an idea was the use of low-viscous fluids with increased slurry rates, which resulted in an increase in well production rates by an average of 7%.
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South-Priobskoe油田高速混合压裂
South-Priobskoe油田是西伯利亚西部最大的油田之一,储量种类独特。由于AS10-AS12产层的过滤性能较低(渗透率不超过3md),在这种情况下,水平井钻井后进行多级水力压裂(MSHF)完井是最经济的方法。在MSHF期间,使用高粘性压裂液(100 s-1时至少400 cP)和16/20目支撑剂,最大浓度为800-900 kg/m3,泥浆速率不超过4.0 m3/min,成为一种标准。然而,在该油田新钻探区域(低于0.5 mD),渗透率稳步下降,因此,有效半长裂缝开始对石油产量做出越来越大的贡献。本文介绍了针对传统储层的非标准水力压裂方法,其中一个想法是使用低粘性流体,提高泥浆率,从而使油井产量平均提高7%。
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