Power ultrasonic assisted reservoir modification is a promising technique for enhanced
coalbed methane recovery. The current studies confirm the coal structural alteration and the …

One hundred fractured reservoirs from around the world were evaluated to determine how
ultimate recovery was affected by inherent reservoir and fluid properties, such as porosity …

The temporal and spatial production characteristics of coalbed methane (CBM) wells in the
Fanzhuang Block of the Southern Qinshui Basin, the first commercial CBM-producing basin …

Whether a coalbed methane (CBM) well achieves high yield is controlled by various factors.
Structural and hydrological control models of CBM productivity in vertical wells were built …

The graded proppant injection into a connected cleat system of coal bed methane (CBM)
reservoir allows deeper particle penetration and straining in the remote open cleats yielding …

Hydraulic fracturing in naturally fractured rocks interconnects a natural fracture network to
the wellbore. Improving the connectivity between a hydraulically created fracture and the pre …

The contribution investigates the relationship between in situ stress regimes, natural fracture
systems and the propagation of induced hydraulic fractures in APLNG's (Australia Pacific …

In develo** new coalbed methane (CBM) or coal seam gas (CSG) fields or reservoirs, the
effect of many parameters are important in understanding the success or potential areas for …

Modern hydraulic-fracture treatments are designed by use of fracture simulators that require
formation-related inputs, such as in-situ stresses and rock mechanical properties, to optimize …

In coal seam gas (CSG), also known as coalbed methane (CBM), appraisal, the
development potential of a play requires an understanding of the interrelationship between …