Unconventional shale reservoirs have greatly contributed to the recent surge in petroleum
production in the United States and are expected to lead the US oil production to a historical …

The last 10 years have witnessed numerous new developments and advancements in
nuclear magnetic resonance (NMR) rock core analysis both in conventional and …

Rock cuttings and chips, usually from boreholes, are considered as direct samples from the
subsurface layers containing valuable information. They are rarely used in routine studies …

Petrophysical measurements of drill cuttings are vital for determining reservoir quality in
organic mudstone plays, where the highly deviated (horizontal/lateral) production wells are …

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 …

As a cost-effective method for formation evaluation, analysis of rock cuttings provides
essential information on petrophysical rock properties that help reservoir engineers to …

Drill cuttings are available continuously over the entire depth of any drilled wells. The use of
drill cuttings to obtain petrophysical data can add a significant value in formation evaluation …

Abstract Knowledge of petrophysical parameters of a reservoir plays a significant role in
reservoir formation evaluation. Most of the current information comes from downhole logging …

Abstract Objectives/Scope: Laboratory measurements of tight rocks is essential for
petrophysical evaluation for hydrocarbons-in-place, maturity, and flow capacity. The high …

Repurposing depleted oil and gas fields for underground storage and sequestration may
play an important role in the energy transition. Existing sample materials collected during the …