Oxy-fuel combustion is one method to produce concentrated streams of carbon dioxide for
subsequent sequestration. An additional benefit of oxy-firing is a reduction in NO x …

There has been some recent work on the global kinetic modeling of flames in oxy-fuel
combustion for methane. The main challenge is that none of the mechanisms were …

Hydrogen (H 2) is increasingly viewed as an attractive carbon-free fuel due to its potential
compatibility with the existing transportation and conversion infrastructure. However, one of …

The objective of this work is to investigate the effect of the methane blending in the adiabatic
laminar flame speed and overall activation energy of a CO/CO 2 rich, low calorific value …

Hydrogen (H 2) is increasingly viewed as an attractive carbon-free fuel due to its potential
compatibility with the existing transportation and conversion infrastructure. However, one of …

Increasing concerns about climate change have encouraged interest in zero-CO2 emission
hydrocarbon combustion techniques. In one approach, nitrogen is removed from the …

Increasing concerns about climate change have encouraged interest in zero-CO 2 emission
hydrocarbon combustion techniques. In one approach, nitrogen is removed from the …

Oxy-fuel combustion is a promising technology to implement carbon capture and
sequestration for energy conversion to electricity in power plants that burn fossil fuels. In oxy …

Pressurized oxyfuel combustion technology is a potential solution for reducing greenhouse
gas emissions by carbon capture and storage while burning hydrocarbon fuels. Numerous …

Ignition delay times and methane species time-histories were measured for methane/O2
mixtures in a high CO2 diluted environment using shock tube and laser absorption …