Tightly spaced horizontal wells are widely used in the development of unconventional
resources. The effectiveness of this strategy is largely affected by interwell fracturing …

Well interference is a common phenomenon in unconventional‐reservoir development. The
completion and production of infill wells can lead to either positive or negative well …

Multistage hydraulically fractured horizontal wells provide an effective means to exploit
unconventional reservoirs. The current industry practice in the interpretation of field …

Severe fracturing interference in multi-well pads has been identified in shale gas reservoirs.
The gas production of affected multi-fractured horizontal wells (MFHWs) decrease a lot and it …

Numerical simulation is a practical approach to optimize the development plan of
unconventional reservoirs. Pressure interference between wells makes it necessary to …

The characteristic of the pressure response occurring during dense well spacing hydraulic
fracturing in unconventional reservoirs deserves to be investigated, because the effect of the …

Severe fracturing interference in multi-well pads has been identified in shale gas reservoirs.
The gas production of affected multi-fractured horizontal wells (MFHWs) decrease a lot and …

Most interference-testing analysis of horizontal well ignores fluid flow in and out of the
horizontal observation well and represent it by a point. Moreover, even if the observation …

Frac hits can significantly impact the final development results. Therefore, accurately and
quickly understanding the frac-hit interference between wells is crucial for efficient …

Field data indicate production profile along horizontal wells is nonuniform. This paper
develops an analytical model of multisegment horizontal wells (MSHWs) to estimate rate …