On the backdrop of dwindling conventional reserves, unconventional reservoirs have
emerged as a pivotal chapter in resource extraction. Despite their challenges, such as low …

The concept of depth of investigation is fundamental to well-test analysis. Much of the
current well-test analysis relies on solutions based on homogeneous or layered reservoirs …

In this paper, a novel method which integrates the microseismic events (MSE) and well
production data is introduced for calibrating the fracture networks. The fracture geometry is …

We present a novel approach to calculate drainage volume and well performance in shale
gas reservoirs by use of the fast marching method (FMM) combined with a geometric …

While synthetic polymer floods are being deployed in mild temperature and low salinity
fields, many oilfields (harsh conditions) remain inaccessible due to performance limitations …

Fractures play important role in unconventional resources by influencing the fluid flow
pattern underground. Streamline-based flow diagnostic is important to the history matching …

We performed assisted history matching (AHM) in a real shale gas well using uncertain
parameters such as fracture geometry, fracture conductivity, matrix permeability, matrix and …

Recently, there has been an increasing interest in enhanced oil recovery (EOR) from shale‐
oil reservoirs, including injection of carbon dioxide (CO2) and field gas. For the performance …

Unconventional reservoirs are characterized by sufficiently low permeabilities so that the
pressure depletion from a producing well may not propagate far from the well during the life …

One of the great challenges in reservoir modeling is to understand and quantify the dynamic
uncertainties in geocellular models. Uncertainties in static parameters are easy to identify in …