Bioenergy with carbon capture and sequestration (BECCS) technology has emerged as a
flourishing and advanced approach for capturing CO 2 since it promotes clean energy …

The response of ultra-lean flames, stabilised in a porous burner, to the fluctuations imposed
on the fuel flow rate is investigated experimentally. The study is motivated by the likelihood …

Abstract Oxy-MILD (Oxygen Moderate and Intense Low-Oxygen Dilution) combustion is one
of the most promising technologies for the mitigation of CO 2 emissions from coal-fired …

The production of biofuels to be used as bioenergy under combustion processes generates
some gaseous emissions (CO, CO 2, NO x, SO x, and other pollutants), affecting living …

Much attention has been recently paid to biomass CO 2 gasification as a means of CO 2
utilisation and mitigation. In this study, a novel low-cost theoretical tool based on …

To reduce NO x (nitrogen oxide) emissions from fossil fuel and biomass-fired power plants,
online prediction of NO x emissions is important in the plant operation. Data-driven models …

This paper examines the effects of swirl hot co-flow on the combustion behavior of a
moderate or intense low oxygen dilution (MILD) burner fueled by a mixture of methane and …

The oxy-fuel co-firing of solid fuels (such as coal, biomass, and solid waste) in fluidized beds
is one of the most promising technologies for the industrial application of CO 2 capture and …

The effects of plasma injection upon MILD combustion of a mixture of methane and
hydrogen are investigated numerically. The injected plasma includes the flow of a highly air …

The current research aims to implement a reliable analytical model in order to scrutinize the
transient behavior of a counter-flow non-premixed combustion system fueled by wet porous …