这样从理论上为提高未动用储量的开发力度提供了经济依据。
This theoretically provides the economical base for the development of the untouched reserves.
随着油井深度及稠油动用储量的增加，常规举升工艺已很难满足生产的需要。
With the increasing of oil well and producing reserves, it is difficult for conventional artificial lift technology to meet the producing need.
近年来，发现并投入开发了很多砂岩气藏，其探明储量和已动用储量都是很可观的。
Recent years, we have found and developed many unconsolidated sand gas reservoirs. The proved reserves and the produced reserves are very considerable.
复杂结构井技术是开发低渗透油藏、难采难动用储量和挖掘剩余油行之有效的手段。
It is an effective way to exploit low permeability reservoir, difficult-to-produce reserves and remaining oils with complex Wells.
近两年，该技术在老井治理、开采难动用储量、提高采收率、降低开发钻井成本等方面展现出广阔的前景。
In these two years, it appears a wide foreground in oil well reconstruct, exploitation of the reserves hard to develop, oil recovery enhancement and drill cost decrease by using this technology.
新疆油田低渗透孔隙型油藏未动用储量的主要特点为储层物性差、储量丰度低、油藏埋藏深度变化范围大等。
The non-producing reserves are mainly characterized by poor petrophysical property, low reserve abundance and large variation of reservoir buried depth, etc.
随着全球能源消费的迅速增长和油气勘探的深入，原已发现的难动用储量的稠油成为了石油工作者攻坚的目标，动用稠油资源成为缓解原油短缺的重要手段。
With the rapid growth of global energy consumption and the depth of oil and gas exploration, the heavy oil reservoirs become the crucial goals of the oil workers.
随着全球能源消费的迅速增长和油气勘探的深入，原已发现的难动用储量的稠油成为了石油工作者攻坚的目标，动用稠油资源成为缓解原油短缺的重要手段。
With the rapid growth of global energy consumption and the depth of oil and gas exploration, the heavy oil reservoirs become the crucial goals of the oil workers.
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