Torrefied biomass is said to have potential as a replacement for coal. One of the main goals
of torrefaction is to make biomass resemble coal more in terms of its properties as a solid …

Municipal solid waste (MSW) is considered a valuable energy source that can be applied as
a secondary (co-combustion) or even primary fuel in a power plant. Torrefaction of MSW led …

Syngas production from co-gasification of waste tires and different amounts of drywall waste
gypsum (CaSO 4) was investigated using CO 2 as the gasifying agent in a lab-scale reactor …

The emissions from coal power plants have serious implication on the environment
protection, and there is an increasing effort around the globe to control these emissions by …

Sustainable disposal techniques of municipal solid wastes (MSW) are essential for effective
materials recovery and energy management. Synergistic incorporation of gypsum waste …

An autothermal fluidized bed reactor was used to research the influence of pressure (0–2
bar g) on the gasification process of different types of biomasses. The tested feedstocks …

The global increase in population and rapid urbanization has been followed by a growing
generation of municipal solid wastes and construction and demolition sector wastes. This …

The fate of sulfur and conversion of metals during the co-gasification of municipal solid
waste (MSW) and gypsum is examined here using aspen plus combined with Thermo-Calc …

Two major challenges in fluid bed combustion of biomass are increased NOX emissions and
bed agglomeration. Different additives were employed to simultaneously reduce NOX …

Based on the critical velocity model, impact and capture efficiencies in an AGTB turbine
cascade are investigated numerically under various inlet angles of mainstream, blowing …