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DEVELOPMENT METHOD OF UNDERGROUND RESERVOIR IN PERMAFROST SEDIMENTARY ROCKS

机译:多年冻土沉积岩地下储层的开发方法

摘要

FIELD: mining.;SUBSTANCE: development method of underground reservoir in permafrost sedimentary rocks involves drilling of sand permafrost formation with a well, installation of process columns in it, supply of water, compressed air, heat carrier via them, development of working-out-capacity by thermal destruction of frozen rocks and air-lifting of developed hydraulic fluid of sand to the surface with water supply for weighing of deposit to the air-lift suction zone and additional water to working-out-capacity with control of water-air boundary level position by regulating the flow of supplied water. Well head is tightened and excess pressure is increased in underground reservoir by supplying compressed air to the well; during thermal destruction of frozen rocks there used as heat carrier is steam which is supplied with constant flow together with additional water; additional water flow is changed to control the water-air boundary level position, and recirculated water forming during separation of sand from lifted hydraulic fluid is supplied to weigh the deposit.;EFFECT: improving development efficiency of underground reservoir in permafrost sedimentary rocks.;1 dwg
机译:领域:采矿;物质:多年冻土沉积岩中地下储层的开发方法包括:钻探具有孔的多年冻土层,在其中安装工艺塔,通过它们供应水,压缩空气,热载体,进行开采通过冻结冻土的热破坏和将供水的沙开发的液压流体空运到地面的能力来供水,以称量到空运抽吸区的沉积物,并通过控制水气来补充额外的水以达到工作能力通过调节供水量来确定边界水平位置。通过向井中供应压缩空气,拧紧井口并增加地下储层中的过大压力;在冻结岩石的热破坏过程中,用作热载体的是蒸汽,该蒸汽以恒定流量与附加水一起供应;改变额外的水流量以控制水-空气边界水平位置,并在从提起的液压油中分离出沙子的过程中提供再循环水以称重沉积物。效果:提高多年冻土沉积岩中地下储层的开发效率。 dwg

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