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 …

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 …

Development of unconventional resource plays, predominantly in the US L48, rely largely
upon production from stacked, horizontal wells. As understanding of drainage networks …

This study integrates microseismic hydraulic fracture mapping with geochemical production
profiling to understand the interaction between mechanical stratigraphy, fracture geometry …

In this study, we present statistics of the drainage behavior of 387 wells in the Midland and
Uinta Basins, including drainage frac height (DFH), zonal contribution, and their variation …

Abstract Rate Transient Analysis (RTA) is widely used in the industry to understand the
Stimulated Reservoir Volume (SRV) of horizontal wells for forecasting and for comparing …

This chapter provides a comprehensive overview of advancements in hydraulic fracturing in
unconventional plays. The narrative starts with an introduction to hydraulic fracturing and its …

Optimizing infill development is often a delicate balance between maximizing reservoir
utilization and minimizing operational costs. This project evaluated two targets (Upper …