In hydraulic fracture, the choice of proppant is very crucial. It not only props the fractures in
the formation but also maintains the fracture conductivity. Proppant technology is advancing …

Formation damage is one of the most challenging problems that occurs during the lifetime of
a well. Despite numerous previous studies, an organized review of the literature that …

Proppant crushing, a major proppant failure mechanism, occurs in geothermal energy and
oil/gas stimulation production stages when the level of net stress exerted on the proppant …

Proppants are widely used in hydraulic fracturing operations. They consist of solid particles
with specific strengths and are used to keep the fractures open to enhance well production …

Recently, flowback data analysis enabled us to evaluate important fracture parameters
including fracture conductivity and volume in unconventional reservoirs. To perform the …

A redox chemistry approach has been employed to synthesize an assortment of acids in the
subterranean environment for the purpose of enhancing productivity from hydrocarbon …

Productivity of multistage‐fractured gas wells is possibly degraded by conductivity
impairments and non‐Darcy flow during long‐term production. Such degradations are …

In this study, the influence of lead nitrate as a hazardous environmental pollutant was
studied through experimental tests to assess its physicochemical effects in soils. Artificially …

This research aims to present a comprehensive workflow for predicting the performance of
multistage hydraulic fracturing wells, with a specific focus on parent well depletion effect …

Baram and Tanjung sands were evaluated for potential use as proppants. Experiment was
conducted on Baram and Tanjung sands following ISO and ASTM recommended standards …