Tight carbonate reservoirs appear to be heterogeneous due to the patchy production of
various digenetic properties. Consequently, the permeability calculation of tight rocks is …

In multi-fractured horizontal wells (MFHW), fracture properties such as permeability and
fracture half-length significantly deteriorate during production, which negatively affects gas …

Slip phenomenon is one of the major characteristics of gas flow through porous media—in
particular, in unconventional gas reservoirs with small pore throats, such as tight sands, coal …

The detrital grain size of siltstone reservoirs occupies a middle ground between sandstones
and shales, both of which are better understood in terms of their petrophysical properties …

Making an accurate estimate of the CO 2 storage capacity before the commencement of a
carbon capture and storage (CCS) project is crucial to the project design and feasibility …

Saudi Aramco is exploring and appraising liquid rich and dry gas unconventional reservoirs.
Part of this effort has focused on understanding the effective fracture geometry and its role in …

The prediction of rock permeability is important in the extraction of oil/gas from tight
reservoirs. Permeability is determined by connected pores and their distribution in rocks …

Permeability is a critical parameter for evaluating unconventional shale or tight gas and oil
reservoirs such as the Montney Formation in the Western Canada Sedimentary Basin …

This study investigates the effects of selected petrophysical properties on predicting flowing
well bottomhole pressure. To efficiently situate the essence of this investigation, genetic …

Pore throat size distribution (PSD) is a fundamental characteristic that influences the large-
scale petrophysical properties and reservoir quality of tight rocks in unconventional plays …