Purpose. The research purpose is to perform a critical analysis of methods for intensifying
the gas generation process in the reaction channel to improve the efficiency and economic …

In this study, the impact of oxygen flow rate on the cavity of the gasification zone was
analyzed through two experiments using a coaxial hole model. The oxygen flow rate was …

In this study, a technical analysis of synthesis gas (syngas) and biodiesel blend utilized in an
internal combustion engine is presented. The experimental setup is composed of an engine …

Underground coal gasification is an essential means of meeting the growing energy needs
of some countries. In this paper, a new numerical simulation method of thermal-force …

The underground coal gasification (UCG) process represents a modern and effective coal
mining technology that enables coal energy extraction through thermic decomposition. The …

Abstract Underground Coal Gasification (UCG) is a promising mineral resource
development technology that can transform in-situ coal into combustible gas by controlling …

In this paper, the effects of changing the injection position of a gasification agent on
temperature fields and gas compositions are investigated through an experimental model of …

The structural characteristics and macromolecular model of lignite are important for its
effective utilization. In this paper, Yunnan (YN) lignite was taken as the study object, and …

Hydrogen production via in-situ injection of supercritical water into underground coal seams
is a new coal conversion technology. This study proposes a solid-fluid-heat coupling …

In this study, a technical analysis of synthesis gas (syngas) and biodiesel blend utilized in an
internal combustion engine is presented. The experimental setup is composed of an engine …