In this work, an improved dual-channel porous combustor is designed. Extensive numerical
investigations are conducted to compare the thermal performance between the single …

Alkali metal compounds are released during the thermal conversion of biofuels and fossil
fuels and have a major impact on the efficiency of conversion processes. Herein, we …

Alkali compounds are readily released during biomass conversion and their complex
interactions with reactor walls and sampling equipment makes detailed investigations …

Combustion instability is a basic obstacle to the wide application of porous media
combustion devices in industry. However, the investigation about it with extremely dilute gas …

In industry, the thermal flow reverse reactor (TFRR) is considered to be an effective means to
reduce ventilation air methane (VAM) from fossil fuel operations. The purpose of VAM …

The heat transfer efficiency of a regenerative thermal oxidizer with three canisters used for
volatile organic compounds treatment was studied using numerical simulation methods. A …

In this paper, the key influencing factors on the ventilation air methane (VAM) utilization site
trials were discussed. A new model of pressure loss and heat transfer between gas and …

A chemical reaction model, consisting of two gas-phase and a surface reaction, for the
deposition of copper from copper amidinate is investigated, by comparing results of an …

A rotary flow reversal reactor with a fixed packed bed and rotary intake is established to
study the combustion stability with ultra-lean toluene/air mixture. The experimental results …

Thermal pollution resulting from the release of ventilation air methane (VAM) has emerged
as a pressing concern in coal mining. This study aims to address this issue by harnessing …