Mineral quantification is essential to evaluate gas hydrate (GH) resources because the
mineral composition is closely related to the origin of sediment, the reservoir properties, and …

Scale precipitation in petroleum equipment is known as an important problem that causes
damages in injection and production wells. Scale precipitation causes equipment corrosion …

With the development of offshore oil and gas resources, hydrates pose a significant
challenge to flow assurance. Hydrates can form, accumulate, and settle in pipelines, causing …

Amid growing climate concerns, geologic carbon sequestration (GCS) is a promising
technology for mitigating net carbon emissions by storing CO 2 in reservoirs. Oil and gas …

Natural amino acids are non-toxic thermodynamic hydrate inhibitors without negative
environmental impact, but it is difficult to accurately select the appropriate amino acid as a …

This study aimed to validate the synergistic enhancement of the machine learning model
random forest (RF) to predict the oil and gas estimated ultimate recovery (EUR) by …

The diagnostic horizon in a soil is reflective of the environment in which it developed and the
inherent characteristics of the material, therefore quantitative approaches to horizon …

Chromatographic oil analysis is an important step for the identification of biodegraded
petroleum via peak visualization and interpretation of phenomena that explain the oil …

This study proposes the application of geostatistically generated well-log data to predict well
productivity in Marcellus shale reservoirs using ensemble machine learning (ESM). ESM …

This study provides an interpretation of the three-phase saturation (water, gas, gas hydrate
(GH); SW, SG, S GH) in the GH cores during GH formation and depressurization …