The results of ex-situ small-scale laboratory tests performed in a bespoke batch reactor
simulating coal gasification to find the most optimal experimental conditions for producing …

Based on UCG (underground coal gasification) model test and theoretical analysis, the
characteristics of underground gasification of different coal were studied from the aspect of …

The thermodynamic analysis of anIntegrated Gasification Combined Cycle(IGCC) power
plant requires the composition of the gas (syngas) generated in the gasifier as input. This …

To optimize the technological parameter of underground coal gasification (UCG), the
experimental results of air gasification, air-steam gasification, oxygen-enrichment steam …

Coal seams are converted to syngas by advanced thermo-chemical processes through
Underground Coal Gasification (UCG) method. Inability to predict the shape and volume of …

The paper explores the reliability of using an underground coal gasification (UCG)
technique for hydrogen manufacturing. Methods for increasing the temperature in …

The main objective of this study was the assessment of the feasibility of applying the
underground hard coal gasification in the production of a hydrogen-rich gas. In the course of …

Systematic laboratory scale experiments on coal blocks can provide significant insight into
the underground coal gasification (UCG) process. Our earlier work has demonstrated the …

This research focused on the feasibility of applying the forward and reverse combustion
approach to the in situ gasification of lignite with the production of hydrogen-rich syngas (H 2 …

This research focused on the feasibility and stability of applying the forward and reverse
combustion approach to the in situ gasification of lignite and bituminous coal with oxygen or …