New Progress and Development Proposals of Sinopec’s PetroleumEngineering Technologies
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摘要: “十三五”以来，中国石化针对深层特深层油气、致密气和非常规油气高效勘探开发中的关键技术难题，持续加大科技攻关力度，突破了一批制约油气勘探开发的技术瓶颈，研发了一批高端技术装备、井下工具仪器和作业流体，形成了优快钻井完井、高温高精度测控、精细录井和高效储层改造等技术系列，促进了顺北油气田、涪陵页岩气田的高效勘探与效益开发, 为老油田和致密气田增储稳产提供了强有力的技术保障。但是，目前中国石化石油工程技术装备在作业效率、技术指标、综合成本等方面与国外先进水平相比还存在较大差距，因此在“十四五”期间，必须大力实施创新驱动战略，大力提升自主创新能力，突破钻井完井、测录井及储层改造等专业的关键核心技术，尽快提升石油工程技术装备水平，为中国石化稳油增气降本提供技术支撑。Abstract: During the 13th Five-Year Plan period, Sinopec has been continuously stepping up its scientific and technological efforts in view of the key technical problems in the efficient exploration and development of deep and ultra-deep oil and gas, tight low permeability oil and gas, and unconventional oil and gas. A number of technical bottlenecks restricting oil and gas exploration and development have been broken through; a batch of high-end technical equipment, downhole tools, instruments and fluids have been developed; a series of technologies have been formed including optimal fast drilling and completion, measurement and control under high temperature condition with high precision, fine logging and efficient reservoir stimulation. All promoted the efficient exploration and beneficial development of Shunbei ultra-deep oil and gas field and Fuling shale gas field, providing a strong technical support for increasing storage and stabilizing production in old oil fields and tight low permeability oil and gas fields. However, gaps still remain between the petroleum engineering technologies of Sinopec and foreign advanced technologies in the aspects of operation efficiency, technical index and comprehensive cost, etc. Thus, to provide Sinopec technical supports for stabilizing oil production, improving gas production and reducing cost, we must vigorously implement the innovation-driven strategy; largely enhance the ability of independent innovation; make breakthroughs in drilling and completion, logging and reservoir stimulation and other professional key core technologies; and improve the level of petroleum engineering technology and equipment as soon as possible during the 14th Five-Year Plan period.
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图 1 井震融合指导钻井技术基本原理
Figure 1. Basic principle of well-seismic fusion guiding drilling technology
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