研究水力压裂支撑剂在井筒和压裂裂缝中的分流, 运移和展布规律, 可以为压裂工艺和压裂材料
优选, 压裂施工参数优化提供理论支撑, 进而提升压裂改造效果. 为此, 通过调研分析大量的室内 …

A proppant transport simulator coupled with multi-planar 3D (multi-PL3D) fracture
propagation has been developed to examine the proppant distribution among multiple …

The use of hydraulic fracturing has taken off over the past decade, and the importance of
efficient proppant placement in fractures has increased accordingly. Connection with weak …

Global energy systems are undergoing a crucial transition to clean energy sources, thereby
moving away from fossil-fuel based energy with the ultimate aim of reducing carbon dioxide …

We report experimental results on the transport of proppant in a scaled planar cell. As a
complement to many previous studies, we consider, apart from a proper scaling of the …

In this paper, a large-scale experimental system was established to identify the migration
and distribution laws of complex fracture proppant in shale reservoir volume fracturing. With …

In recent years, there has been a number of experimental and numerical studies on the
transport and settlement of proppant in scaled laboratory fractures that are of interest to …

Low-permeability reservoirs are generally characterized by low porosity and low
permeability. Obtaining high production using the traditional method is technologically …

Hydraulic fracturing creates multiple induced fractures and micro-fractures, forming a
complex fracture network in the reservoir. The study of the transport and distribution of the …

When using hydraulic fracturing technology, microproppants (MPs) are crucial in filling and
propping natural and deep-location fracture channels. In the last decades, numerous studies …