Interwell interference is a ubiquitous concern in shale reservoir development that results in
declines in productivity. It mainly appears when a high number of closely spaced …

Analytical chemistry is powerful in analyzing complex mixtures of crude oil and brine
subsurfaces on the basis of atomic and molecular levels. Geochemistry applies chemical …

In this study, we present how geochemical fingerprinting technology is applied to
characterize key reservoir properties using cuttings, and to monitor reservoir drainage and …

Reservoir property maps, such as oil-in-place, have been utilized for decades with the goal
of drilling the best locations, predicting well performance, and improving field development …

In this study, we present how integration of geochemical reservoir characterization and
drainage data combined with petrophysical analysis, production and pressure data offers …

Efficient production allocation plays a pivotal role in optimizing spacing and sequencing
within plays that encompass stacked producing zones. This project focused on precisely …

Optimizing the development of unconventional resources is a complex process, with
significant uncertainty in reservoir characterization, completion effectiveness, and drainage …

Unconventional reservoir production declines are notoriously steep in part due to up to 75%
to 90% of the flow area being unpropped (and.) The second referenced study coined the …

An integrated approach was taken to utilize geochemistry information extracted from cuttings
and produced oil samples to monitor vertical drainage between stacked reservoirs as well …

Drainage behaviors (drainage frac height or DFH, zonal contribution, and drainage variation
through time) are crucial information to evaluate well performance. In this study, we …