页岩气在储层当中是以游离状态或者是吸附状态为主的,非均质性特别强,同时还具有低孔隙度超低、渗透率较低的特性,当前国内在页岩气储层改造的总体认识还是比较缺乏的,同时对页岩气储层进行压裂的关键技术也较为单一,在设计优化方面缺少相关的依据,本研究以当前国内在页岩气储层方面的发展出发,和国外这方面的技术结合在一起,试图对导致出现压裂效果的相关因素进行确定,从而提出了有效进行页岩气储层的有效改造措施。 Shale gas in the reservoir which is free or adsorbed state-based, particularly heterogeneous, but also has low porosity and low permeability characteristics of low permeability, the current domestic shale gas reservoir The overall understanding of the reconstruction is still relatively scarce. At the same time, the key technologies for fracturing shale gas reservoirs are relatively simple, and there is no relevant basis for design optimization. Based on the current development of shale gas reservoirs in China, , Combined with foreign technology in this area, trying to determine the factors that led to the fracturing effect, and put forward effective measures for effective shale gas reservoir reconstruction.