Oxy-fuel combustion of pulverized fuels (PF), as a promising technology for CO 2 capture
from power plants, has gained a lot of concerns and also advanced considerable research …

Radiation is the principal mode of heat transfer in furnaces. Models for gaseous radiative
properties have been well-established for air combustion. However, there is uncertainty …

In order to investigate the role of combustion chemistry and radiation heat transfer in oxy-fuel
combustion modeling, a computational fluid dynamics (CFD) modeling study has been …

Thermal radiation transfer in one-dimensional enclosure between two parallel plates filled
with real gases, namely CO2, H2O, or their mixtures, was calculated using the line-by-line …

Gas masks are critical for protection against chemical, biological, radiological, and nuclear
materials. Efforts are underway to develop advanced cartridges for next-generation gas …

In recent years, oxy-fuel combustion in coal-fired plants has become one of the most
promising technologies for carbon capture and storage (CCS). Compared with air-fired …

This work evaluates the feasibility of biogas air-fuel combustion and natural gas oxy-fuel in
steam cracking furnaces. Four cases, namely air-fuel combustion of pure natural gas, 20 …

In the present paper, a three-dimensional numerical investigation of pulverized dry lignite
was undertaken, integrating the combustion of four different scenarios adopted …

Computational fluid dynamic simulations of oxy-coal combustion are demonstrated in a lab-
scale furnace and full-scale boiler employing gray and non-gray formulations of recently …

Carbon capture and storage (CCS), when applied to biomass cofiring systems, can remove
atmospheric CO2 since the CO2 that is consumed by the biomass during growth is not …