Currently around 10% of all energy generated worldwide comes from biomass. Most of this
10% is biofuel energy from the fermentation of corn and sugarcane. Fermentation of corn …

Due to fast climate change and foreseen damage through global warming, access to clean
and green energy has become very much essential for the sustainable development of the …

A detailed process model was developed for co-gasification of biomass and plastics in a
fluidized bed reactor using Aspen Plus with kinetic-based reactors. Governing kinetic …

Indirect or allothermal gasification of biomass in dual fluidized bed (DFB) gasifiers such as
the Güssing gasifier or the biomass heatpipe reformer becomes particularly attractive for the …

The current work is a study of electricity, hydrogen, and freshwater polygeneration system
fueled by biomass fuel. Accordingly, innovative integration of a Rankine cycle, a multi-effect …

Heat recovery boosting applications, especially polygeneration, provide an efficacious effort
toward sustainable energy supply, air pollution control, and financial saving. Among new …

Studies focusing on the optimization of waste-to-energy systems using metaheuristic particle
swarm optimization (PSO) are crucial in our pursuit of sustainable and renewable energy …

A combined system including a biomass gasifier and a solid oxide fuel cell (SOFC) is
studied. The heat is transferred from the afterburner to the biomass gasifier reactor by heat …

The utilization of regression models and machine learning algorithms in waste-to-energy
systems has the potential to enhance the efficiency and effectiveness of these systems. The …

Rice wastes are one of the high potential biomasses due to their large capacity and
distribution throughout the world. Harvesting the energy from those rice wastes, including …