A simple and linear integral method which uses multiple heating schedules to evaluate the
kinetic parameters has been proposed by Trache–Abdelaziz–Siouani (TAS). This approach …

Differential scanning calorimetry (DSC) can be used to obtain a variety of thermodynamic or
kinetic data of petroleum products. The application of DSC to petroleum fluids includes …

Oil oxidation reactions have attracted considerable interest in terms of mechanism
comprehension for thermally enhanced oil recovery applications. Many hypotheses …

Abstract In-situ combustion (ISC), as a time-honored replacement technology for heavy
reservoir development, needs to improve its application effect urgently. The oxidation …

The combustion of bagasse and oxygen-enriched combustion of bagasse with coal can
save nonrenewable energy and reduce the pollution emission for power generation and …

The physical simulation of heavy oil catalytic aquathermolysis with different chemical
compositions from deposits located in the Tatarstan Republic, Russia (Ekaterinovsky oil, B2 …

In present work oxidation of two heavy oils in limestone matrix was studied using
simultaneous thermogravimetry (TGA), derivative thermogravimetry (DTG) and FTIR …

The presence of paramagnetic species such as vanadyl complexes (VO2+) and free carbon
radicals in petroleum disperse systems (PDSs) such as crude oil, bitumen, or kerogen …

The combustion behaviors and pollutants emission characteristics during co-combustion of
bituminous coal semicoke and lignite were investigated by thermogravimetric analyzer …

In situ combustion (ISC) is an effective way to recover heavy oils, where initiation at an early
stage of the low-temperature oxidation (LTO) process is crucial. A porous medium thermo …