The laminar burning velocities of hydrogen–air and hydrogen–methane–air mixtures are
very important in designing and predicting the progress of combustion and performance of …

Steam cracking is an energy-intensive process used to convert natural gas liquids, naphtha,
and gas oil into ethylene and propylene, as well as other chemicals. It is the primary source …

Hydrogen blending in natural gas is an effective way of carbon reduction. The effect of
hydrogen blending on the reaction pathway of NO x emission from natural gas combustion …

Under the stress of environmental pollutions and fossil fuel consumption caused by on-road
transport, hybrid vehicles are attracting much attention. Opposed rotary piston (ORP) …

The explosion process of multi-component gas mixture is extremely complex and may cause
serious disaster effects. The safety issue concerning explosion of multi-component gas …

To get a general understanding of hydrogen fuel usage in a real-condition high-pressure
industrial gas turbine burner operating at 15 atm pressure, the effects of hydrogen addition …

The different routes for power production from biomass often lead to an intermediary product
such as a synthesis gas or syngas, which is typically rich in hydrogen and carbon monoxide …

Energy crises and the preservation of the global environment are placed man in a dilemma.
To deal with these problems, finding new sources of fuel and developing efficient and …

This paper aims to present modeling results of hydrogen/air combustion in a micro-
cylindrical combustor. Modeling studies were carried out with different turbulence models to …

To understand the combustion performance of using hydrogen/methane blended fuels for a
micro gas turbine that was originally designed as a natural gas fueled engine, the …