In-situ combustion has received much attention in the last few decades for enhanced heavy
oil recovery processes. Although a wide part of research efforts has only focused on the …

Using copper stearate as catalysts, catalytic in-situ combustion (ISC) of heavy oil was
studied by porous medium thermo-effect cell (PMTEC) and combustion tube experiments …

Air injection as a thermal method for heavy oil recovery has a long history of about a century.
However, it has not been widely applied in oilfields to date because of many challenges …

Low-temperature oxidation (LTO) is of great significance for the subsequent oxidation
reactions and oil recovery during in-situ combustion. The paper brings an in-depth analysis …

To better understand in-situ combustion (ISC) theory and reveal the oxidation behavior and
mechanism of Hongqian (HQ) heavy crude oil, the thermo-oxidative characteristics and …

A kind of heterogeneous catalyst, Fesingle bond Mn layered double hydroxide (Fe-Mn-
LDH), was fabricated by coprecipitation process and used as PMS activator to degrade a …

Increased levels of octadecylamine (ODA) and 4-dodecylmorpholine (DMP) in the aqueous,
primarily utilized as flotation agents in the worldwide production of potash fertilizer, imperil …

In this work, the conversion/combustion behavior and kinetics of oil shale and its
components (bitumen, kerogen, and bitumen-free oil shale) were investigated under air …

In this study, copper (Ⅱ) stearate was proposed as oil-soluble catalysts for catalyzing heavy
oil oxidation in in-situ combustion (ISC) process to improve the efficiency of ISC for heavy oil …

In recent years, protection of the environment from activities associated with enhanced oil
recovery has been considered a crucial priority for decision-makers in the international …