Combustion Behavior of Heavy Oil in Porous Media During In-Situ Combustion Process

Improved Combustion Behavior of Heavy Oils Using Oil-soluble Copper-based Catalyst in In-situ Combustion Process

THERMAL ANALYSIS OF PROCESSES OF PYROLYSIS AND OXIDATION OF KEROGENE WITH THE USAGE OF COMBINED METHODS OF THERMOGRAVIMETRY AND IR-SPECTROSCOPY

TGA-DSC-FTIR study of copper based catalysts for oxidation of crude oils in the presence of inorganic matrix: kinetic analysis

The development of coal resources in the Kama basin by the method of underground gasification

Catalytic effect of copper-based compound on the oxidation behaviour of Ashal?cha heavy oil: HP-DSC and ARC study

Increase in the efficiency of in-situ combustion technology due to the use of oil-soluble oxidation catalysts.

THERMAL DECOMPOSITION OF TYPE-II KEROGEN IN INERT ATMOSPHERE: SIMULTANEOUS THERMOGRAVIMETRIC AND FTIR STUDY

Thermal analysis study of pyrolysis and oxidation of kerogen by simultaneous methods of thermogravimetry and FTIR-spectroscopy