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Received：15 May 2019，
Published：28 June 2020
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不同类型裂缝对页岩气富集和保存的影响不同，因而在页岩气储层天然裂缝研究时，需要进行分类评价和预测。利用野外露头、岩心、薄片和FMI成像测井资料，对四川盆地涪陵地区五峰组-龙马溪组海相页岩天然裂缝的成因类型、发育特征、主控因素及不同类型天然裂缝对页岩气富集与保存的影响进行了探讨。涪陵地区五峰组-龙马溪组页岩天然裂缝在地质成因上分为构造裂缝、成岩裂缝及异常高压裂缝3种类型，其中构造裂缝包括层内张开裂缝、穿层剪切裂缝及顺层剪切裂缝；成岩裂缝包括页理缝和收缩裂缝。研究区以构造裂缝和页理缝为主，构造裂缝的发育程度受构造、岩石力学层厚度及脆性矿物含量等因素的控制；页理缝主要受页理发育程度、脆性矿物含量、异常流体压力、有机质含量及其热演化程度的控制。不同成因类型的天然裂缝对页岩气影响明显不同，其中层内张开裂缝和页理缝在页岩层内发育，裂缝规模小，为页岩气富集提供良好的储集空间；穿层剪切裂缝和顺层剪切裂缝发育规模大，主要影响页岩气的保存条件；收缩裂缝和异常高压裂缝的发育程度低，有效性差，对页岩气的影响较小。
Fractures of various types show different impacts on shale gas enrichment and preservation.Therefore
categorized evaluation and prediction are quite necessary in studying the natural fractures in shale gas reservoirs.A wealth of outcrop
coring and thin section observation
as well as FMI logging interpretation is applied to the discussion of the genetic types
development characteristics
and main controlling factors of natural fractures in marine shale
and the impact of various types of natural fractures on shale gas enrichment and preservation in the Wufeng-Longmaxi Formations
Fuling area
Sichuan Basin.The natural fractures in the study area can be divided into tectonic
diagenetic and abnormally high-pressure fractures in terms of geological origin.In turn
the tectonic fractures can be subdivided into intra-layer aperture fractures
cross-layer shear fractures
layer-parallel shear fractures
whereas diagenetic fractures mainly include lamellar fractures and constricted fractures.The shale formation of the study area is dominated by tectonic and lamellar fractures.The development of tectonic fractures is mainly controlled by structural position
rock mechanical stratigraphy thickness and brittle mineral content.While the development of the lamellar fractures is determined by laminae development
brittle mineral content
abnormal high pressure in fluids
and content and thermal evolution stage of organic matter.Natural fractures of various origins have different influence on shale gas.The aperture fractures and lamellar fractures developed within the shale formation are small in scale
providing better reservoir space for shale gas accumulation.The larger-scale cross-layer shear fractures and layer-parallel shear fractures mainly impact the preservation conditions of shale gas.The underdevelopment of constricted and abnormally high-pressure fractures provides poor effective porosity and thus has little influence on shale gas enrichment and preservation.
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