The late field life of the East Midlands Petroleum Province; a new geothermal prospect?

The late field life of the East Midlands Petroleum Province; a new geothermal prospect?
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东米德兰石油省晚期的油田生活;

DOI:
10.1144/qjegh2014-072
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发表时间:
2015
影响因子:
1.4
通讯作者:
Hirst C
Hirst C
中科院分区:
地球科学4区
文献类型:
--
作者:
Hirst C

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改造现有油田基础设施可以提供一种具有成本效益的方式来延长枯竭的陆上油田的经济寿命。这些油田中所含的自然温暖的原生水和注入水最初可以与剩余的石油储量共同生产,并用于提供清洁,廉价,非间歇性的加热。东米德兰兹石油省拥有30多个油田,生产历史长达95年,我们选择详细研究威尔顿油田。对Welton油田的油井数据进行了分析,以确定油田内含油和非含油(含水)地层内的可提取热量。生产率计算为728 m3d− 1油和854 m3d− 1水。这些值还包括主要含水层段的生产率。1500 m处的目标地层温度确定为52.5°C,允许对一系列温差进行可提取热能计算。对于30°C的温度损耗,仅在Welton油田内就可获得1.6 MW的可伸缩热量。这相当于14040兆瓦时的热能可供国内市场或商业温室消费。
Modification of existing oilfield infrastructure could deliver a cost-effective way to extend the economic life of depleted onshore oilfields. Naturally warm connate and injection water contained within these fields could be initially co-produced with remaining oil reserves and used to deliver clean, cheap, non-intermittent heating. The East Midlands Petroleum Province contains over 30 fields with a production history spanning 95 years, and we have chosen to examine the Welton field in detail. Well data for the Welton field have been analysed to ascertain extractable heat within both oil- and non-oil-bearing (water-bearing) strata within the field. Production rates were calculated to be 728 m3d−1oil and 854 m3d−1water. These values also include productivity of intervening largely water-bearing intervals. Target formation temperature at 1500 m was determined to be 52.5°C, allowing an extractable heat energy calculation to be undertaken for a range of temperature differentials. For a 30°C depletion in temperature, 1.6 MWtextractable heat is available within the Welton field alone. This equates to 14040 MWh of heat energy available for consumption by the domestic market or within commercial greenhouses.
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