Core data from various North American basins with the support of limited amounts of data
from other basins around the world have shown in the past that process speed or delivery …

There is a very extensive amount of information and learnings from naturally fractured
reservoirs (NFRs) around the world collected throughout several decades. This paper …

A core‐based fracture prediction method is used to illustrate a value‐of‐information (VOI)
decision‐analysis protocol to inform completion decisions in tight gas sandstones. The ratio …

Unconventional gas is stored in extensive areas known as basin-centered continuous-gas
accumulations. Although the estimated worldwide figures differ significantly, the consensus …

The success of many shale plays depends on the optimal stimulation of natural fractures,
and the characterization of the natural fracture systems is a key issue often leading to the …

The effectiveness of the near-wellbore fracture network greatly affects the production
potential of naturally fractured gas reservoirs. In this work, we develop an index to …

Reservoir performance in tight sandstone is influenced by geomechanical behavior of
natural fractures profoundly. Keshen gas field, located in Kuqa Depression of Tarim Basin …

Natural fractures were generally accepted as a key factor influencing the gas seepage
performance in tight gas reservoirs in Kelasu Thrust Belt (KTB). However, the mechanism …

GFREE stands for a multi-disciplinary target-oriented research program into unconventional
gas technology that includes geoscience (G), formation evaluation (F), reservoir drilling …

Abstract The Monteith Formation is an important tight gas reservoir in the Deep Basin,
Alberta, and consists of a progradational succession of shallow marine sediments, non …