The development of natural fractures (NFs) in shale gas reservoirs is conducive to improving
the productivity of shale gas wells. However, NF development leads to high-frequency frac …

The loss of hydrocarbon production caused by the dynamic behavior of the inner boundary
and propped fractures under long-term production conditions has been widely reported in …

Well interference is commonly observed in shale gas reservoirs due to the small well
spacing, and it significantly affects the shale gas production. Effective evaluation of well …

In this case study, three sequential well pads were designed, stimulated and monitored to
evaluate 1. Treatment order of stacked wells across multiple benches, 2. Completions …

Well interference, which is commonly referred to as frac hits, has become a significant factor
affecting production in fractured horizontal shale wells with the increase in infill drilling in …

This paper demonstrates how to use pressure data from offset wells to assess fracture
growth and evolution through each stage by quantifying the impacts of nearby parent well …

Aimed at sharing the unconventional wisdom gained from a hydraulic fracturing monitoring
case study in the Montney tight gas play, the work showcases the ability of 4D modeling of …

Multi-horizontal well pads are the norm in unconventional reservoirs development with wells
having multi-stage fracture treatments pumped across predefined perforation cluster …

In modeling of multifrac horizontal wells, the contacted drainage volume given by the flowing
material balance might be misunderstood to be the contributing fracture volume. This work …

Unconventional plays present a challenging case to design an optimized stimulation
program and to maximize reservoir contact and hydrocarbon production. In this regard …