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Method development of oil and gases using high-power laser radiation source for their most complete extraction

机译:使用大功率激光辐射源进行最完整提取的油气方法开发

摘要

Method of developing oil and gas using a high-power laser radiation to their most complete extraction, according to which at predetermined wells plots reveal productive strata by cutting or punching the material of casing wells powerful laser radiation with a further evaporation through these slits solid and liquid phase substances contained of the layers and their host rocks, as power transmission devices using optical fiber cables with working heads at their ends x parts of emitting light energy connected to the optical fiber (optical fibers), the fiber optic cables on the surface of high-power lasers and create a seam region of a predetermined high-temperature and high-situ pressure for enhanced oil and gas recovery, deposits seams processing powerful laser radiation is repeated many times through required time intervals with simultaneous radiation in several mutually offset by a certain angle with respect to each other sectors to diverge the beam minutes in each sector by a predetermined angle, both performed at special fiber contactless and remote control generated in the formations values ​​of temperatures, pressures, sizes and shapes, formed in the formations and the formations of the cavities, their closing obtained with the composition of evaporated substances layers and rocks, characterized in that in the fields already operated with wells drilled and installed in them for attachment of the casing wall a pipe actuators laser iNSTALL
机译:使用大功率激光辐射将油气开采到最完全的方法,根据该方法,在预定的井上,通过切割或冲压套管井的材料来揭示生产层,通过强大的激光辐射进一步蒸发,通过这些缝隙,固体和这些层和它们的基质岩石中包含的液相物质,作为使用端部带有工作头的光缆x与光导纤维(光纤)相连的发射光能的部分的电力传输设备,光缆表面上的光导纤维高功率激光器,并在预定的高温和高现场压力下形成接缝区域,以提高油气采收率,在所需的时间间隔内多次重复处理强大的激光辐射,处理强大的激光辐射,同时辐射相互抵消,相互抵消。相对于彼此扇形的一定角度,使每个扇形中的光束分钟偏离预定角度角化角,是在特殊的纤维非接触式和远程控制下执行的,在温度,压力,大小和形状的形成值中,在形成的空腔中以及在空腔的形成中生成的闭合角都是通过蒸发物质层和岩石,其特征在于,在已经进行了钻探并安装了井眼以安装套管壁的作业现场中,管道执行器激光器iNSTALL

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