MILD combustion regime emerged as one of the most promising technology to ensure low
pollutant emissions and large fuel flexibility. Large-scale use of such technology requires …

The implementation of MILD combustion systems is limited by a lack of fundamental insight
into such combustion regime and therefore novel tools are indispensable compared to …

Moderate or intense low-oxygen dilution (MILD) combustion is a promising concept to
reduce emissions and increase efficiency. It requires high levels of dilution and preheating …

Combustion devices are often optimized in order to increase thermal efficiency and reduce
pollutant emissions such as carbon monoxide (CO) and nitrogen oxides (NOx). In the recent …

Innovative solutions in terms of energy efficiency and pollutant emission abatement require
the development of new combustion technologies. In particular, several solutions imply a …

Numerical simulations employing two different modeling approaches are performed and
validated against experimental results from a moderate or intense low-oxygen dilution …

The present work shows an in-depth analysis about the role of mixing models on the
simulation of MILD combustion using a finite-rate combustion model, the Partially Stirred …

The present work focuses on the combustion of alternative renewable fuels, ammonia in this
case, in a system, such as the Laboratory Unit CYclonic (LUCY) burner. This reactor can …

Moderate or intense low oxygen dilution (MILD) combustion is a relatively new technology
which combines low emissions with high efficiency. As the name suggests, it requires high …

A numerical study of a jet-in-hot coflow (JHC) burner emulating Moderate or Intense Low-
oxygen Dilution (MILD) combustion conditions was carried out by solving the Reynolds …