Type curves are a powerful tool in characterizing hydraulic fracture (HF) and reservoir
properties based on flowback and production data. We propose a type-curve method to …

In this study, theoretical models have been formulated, validated, and applied to examine
transient pressure behaviour of a fractured vertical well with complex hydraulic and natural …

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 …

The use of multi-fractured horizontal wells has helped to develop tight oil reservoirs, but, if oil
depletion occurs, the estimated ultimate recovery is low. Water flooding can be regarded as …

In this study, we present an embedded discrete fracture model (EDFM) for an in-house
reservoir simulator that incorporates the effect of each fracture with arbitrary orientations …

Type-curve analysis on flowback and production data is a powerful tool in characterizing
hydraulic fractures (HF) and reservoir properties. In order to evaluate HF characteristics and …

Combining horizontal drilling together with hydraulic fracturing greatly improves the
economic viability of exploiting a tight reservoir, while the stress-sensitive effect raises the …

Production via multi-fractured horizontal wells with specific spacing units is a common
development plan in shale plays. Commonly, operators drill and complete a single well in …

Shale gas resources (SGR), as a representative of natural gas hydrate reservoirs, have
been the main energy supply for the energy consumption currently. The multi-scale pore …

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