A fluidized bed is a next-generation explosive waste treatment reactor that is safer and emits
less pollutants (eg, NOx) than a rotary kiln. When a fluidized bed reactor is used to treat …

In this study, the operating conditions for a novel method of explosive waste disposal have
been optimized to minimize the formation of NOx emissions. Previous methods of disposal …

The explosive waste materials used in military weapon systems are disposed by incineration
through a fluidized bed reactor. In this process, pollutants such as nitrogen oxide (NOx) are …

Computational particle fluid dynamics (CPFD) simulation is carried out to study the effect of
petcoke and solid recovered fuel (SRF) co–firing in a full–scale cement calciner. The …

Semi-dry flue gas desulfurization and purification technology is a promising flue gas
treatment technique. This study numerically investigated the influence of factors such as …

Fluidized bed incinerators are more efficient and safe for treating explosive waste than
previous methods because they can emit nitrogen oxide (NOx) concentrations below the …

Experimental characterization and computational fluid particle dynamics (CPFD) simulations
of a cold pilot–scale cement calciner were carried out to investigate the dispersion and …

It is difficult to control pollutant emissions during fire banking and start-up in CFB boilers,
which poses threats to power plant operation, safety and environmental protection. A 350 …

Explosives are among one of the most important components of a military system, and old
explosives must be disposed safely and cleanly. Several explosive waste disposal methods …

A CPFD hydrodynamic model was developed for a circulating fluidized bed system and the
simulation results were validated against experimental data based on particle circulation …