Combustible gas explosions may occur at elevated pressure and temperature of wellbore
conditions. To better understand and protect against wellbore explosion, it is necessary to …

Due to the significance of low temperature oxidation (LTO) process on the subsequent
oxidation reactions and oil recovery for in situ combustion (ISC), this work aimed at …

High pressure air injection (HPAI) has unique advantages due to its rich gas source and
unique high-energy displacement effect of the thermal front. Thermal effect of air injection …

High pressure air injection is an important method for oil recovery. In this process, due to
exist of combustible gas and oxygen, the wellbore explosion accident may happen. To solve …

The exothermic combustion characteristics of coke play a direct and essential role in artificial
ignition and the stability of the combustion front during the heavy oil in situ combustion (ISC) …

High pressure air injection (HPAI) can improve oil recovery by 10%–20% due to its unique
oxidation heat effect. The high temperature and pressure thermostatic device is used to …

The accurate identification of gas channeling channels during foam-assisted oxygen-
reduced air flooding (FAORAF) and the analysis of the main controlling factors are essential …

A precise oxidation reaction model determines the reliability of numerical simulation results
and the prediction of field performance of air injection-based enhanced oil recovery (EOR) …

Air flooding is a potential enhanced oil recovery (EOR) method to economically and
efficiently develop a tight oil reservoir due to its sufficient gas source and low operational …

High dip angle reservoirs are affected by gravity, resulting in poor sweep performance at the
middle and high parts during waterflooding development. Previous studies have proposed …