Source rocks are fundamental elements for petroleum systems, and Total Organic Carbon
(TOC) is one of the most important geochemical parameters in source rock property …

Groundwater quality in the Datong basin is threatened by high fluoride contamination.
Laboratory analysis is a standard method for estimating groundwater quality parameters …

Permeability and porosity are key parameters in reservoir characterization for understanding
hydrocarbon flow behavior. While traditional laboratory core analysis is time-consuming …

Pore pressure prediction is significant in the petroleum industry because, compared to direct
measurement, it is cost-effective and it generates an extensive range of data. Mathematical …

The world's energy demands are growing at an unprecedented rate, and the exploration of
new hydrocarbon sources is more important than ever. Therefore, the objective of this study …

One of the most reliable indicators of the amount and condition of organic matter in a basin
is the total organic carbon (TOC) content of rock samples. The manual estimation primarily …

The total organic carbon (TOC) content of organic-rich shale is a key parameter in screening
for potential source rocks and sweet spots of shale oil/gas. Traditional methods of …

Understanding source rocks' organic content and thermal maturity is crucial in assessing
their hydrocarbon potential. To address this, our study focused on developing an accurate …

The study focuses on assessing groundwater quality, with a special emphasis on fluoride
contamination, in the Muktsar, Bathinda, and Moga of Punjab, India. Groundwater being a …

Abstract The estimation of Total Organic Carbon (TOC) in source rocks is critical for
assessing hydrocarbon potential and source rock quality in petroleum exploration and …