Traditional formation evaluation via laboratory testing and wireline logging of horizontal
wells and deep formations face challenges due to several reasons and lead to uncertain …

Nuclear magnetic resonance (NMR) logging imparts a wealth of information regarding the
petrophysical characterization of rocks including pore size distribution and capillary …

Cuttings are an undervalued resource that contain vast amounts of relevant formation
evaluation (FE) data in the form of entrained volatile chemistries from present day formation …

Drill cuttings are ubiquitous in oil and gas well drilling operations, but beyond mud logging,
cuttings are often discarded without analysis. Recently, there has been an up-tick in …

A nuclear magnetic resonance (NMR)-based method was developed to quickly and
accurately determine porosities and densities of tight reservoir rocks from drill cuttings. The …

Organic-rich shale samples extracted from the subsurface always contain some liquid, such
as water or hydrocarbon. In order to obtain accurate porosity measurements, the samples …

Viscoelastic fluids are frequently used as drilling or fracturing fluids to enhance cuttings or
proppant transport efficiency. The solid transport performance of these fluids largely …

Reservoir 2 shows the same vertical facies stacking pattern across Oilfield A. These facies
are observed to be laterally continuous across other oilfields in Abu Dhabi. Multi-scale static …

We present methodology to evaluate long term sequestration viability of CO2 reservoirs
using drill cuttings. Cuttings volatile data was obtained from 2 parallel horizontal wells …

Coming into 2021 previous work had identified major potential oil targets throughout the
Brookian Campanian Section and in the Kuparuk River Sands of Great Bear Pantheon's …