The past two decades have seen a tremendous focus by energy companies on the
development of shale gas resources in North America, resulting in an over-supply of natural …

With help from horizontal wells and hydraulic fracturing, shale gas has made a significant
contribution to the energy supply. However, due to complex fracture networks and …

Abstract Analysis of flowback data, gathered immediately after fracture stimulation, can be
performed to understand the fluid flow physics, investigate flow regimes, and obtain early …

Analysis of multi-fractured horizontal well (MFHW) production data completed in low-
permeability (tight) oil reservoirs has traditionally focused on long-term (online) production …

Historically, high-frequency fluid production and flowing pressures (hourly or greater) have
been gathered on nearly every multi-fractured horizontal well (MFHW), although this data …

The environmental and economic impact of hydraulic fracturing technology in the energy
industry remains a growing concern due to large water consumption and poor water …

Multi-fracture hydraulic fracturing has been widely used in unconventional oil or gas
production. Determining the fracture geometry at the end of multi-fracture propagating …

On the backdrop of dwindling conventional reserves, unconventional reservoirs have
emerged as a pivotal chapter in resource extraction. Despite their challenges, such as low …

The production of a single gas well is influenced by many geological and completion factors.
The aim of this paper is to build a production prediction model based on machine learning …

The early-time performance of multi-fractured horizontal wells is mainly controlled by fracture
geometry, total effective area of the fractures, and conductivity of the primary fracture system …