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 …

非常规油气逐渐成为我国油气勘探的重要领域, 其" 源储一体" 的特性使得对源岩特别是有机碳
含量的连续定量评价尤为关键. 利用岩心分析数据可获得精确的有机碳含量信息 …

Organically rich mud rocks are currently targeted for unconventional oil and gas exploration
and development in many places around the world, including Saudi Arabia. The Jurassic …

In conventional reservoirs, 2D-NMR fluids evaluation targets the free fluid part of the total
porosity with the assumption that the bound fluid is irreducible water. As such, pulse …

A comprehensive sequential analysis including thin section petrography, Rock-Eval
pyrolysis, X-ray diffraction, scanning electron microscope (SEM) imaging, and nuclear …

Economic production from tight (organic) shale reservoirs is governed by the ability to
position horizontal wells using the log and core data acquired from the vertical wells. The …

Nuclear magnetic resonance (NMR) relaxometry is routinely used to characterize the oil
fraction in unconventional shale formations with low-field benchtop NMR hardware …

The mineral composition and pore structure of organic shale are complex, and studies of the
porosity, seepage characteristics, and pore structure by using nuclear magnetic resonance …

Wells producing from the Tuscaloosa Marine Shale (TMS) have an initial production over
1,000 BOPD. Despite such significant hydrocarbon rates, the true potential and the factors …

Production of oil and gas from organic shale is a function of porosity, hydrocarbon
saturation, pore pressure, matrix permeability, hydraulic fracture surface area, and fracture …