Pore scale reservoir modelling is carried out to digitally build the inner structure of the
reservoir samples using proper mathematical algorithms based on certain priors extracted …

Traditional formation evaluation via laboratory testing and wireline logging of horizontal
wells and deep formations face challenges due to several reasons and lead to uncertain …

The fracture calibration injection falloff test, also known as mini-frac and diagnostic fracture
injection test (DFIT), is widely used to quantify essential input parameters for the following …

Core data play a significant role in analyses of fundamental petrophysical properties, such
as porosity and pore size distribution (PSD), which can be used to estimate the storage …

The research objectives are to assess the possibility of using drill cutting analysis to obtain
information about the mineralogical and geochemical properties of the reservoir rocks. Drill …

As an economical approach to formation evaluation, drill cutting analysis provides significant
information on petrophysical parameters which help us understand reservoir behavior …

The use of drill cuttings in the reservoir characterization can help to understand the reservoir
properties. This is promoted by the need of near-real time formation parameters to calibrate …

Core analysis is an accurate and direct method for finding the physical properties of oil and
natural gas reservoirs. However, in some cases coring is time consuming and difficult, and …

As a cost-effective method for formation evaluation, analysis of rock cuttings provides
essential information on petrophysical rock properties that help reservoir engineers to …

The majority of petrophysical data has been gained from downhole logging and laboratory
core measurement. Drill cuttings are easily available for all drilled wells and can provide …