Abstract Waste-to-energy (WtE) conversion processes integrated with other renewable
energy processes (thermochemical hybrid WtE systems) have emerged rapidly as a strategy …

End-of-life tires are discarded on a daily basis but even at present limited action has been
taken towards boosting their recyclability as most of the tires are either incinerated or …

This paper provides a comprehensive review of the environmental impact of plasma
gasification technology, and assesses its merits as a sustainable technology fitting within …

Solar concentrating power is one of the most promising ways of producing clean electricity
by utilizing the incident solar irradiation on the earth. Linear Fresnel reflector (LFR) is one of …

The conversion of plastic waste to energy product is a promising solution to both energy
shortage and environment pollution. In this study, plastic wastes were pyrolyzed in a rotary …

Thermal pyrolysis of waste tires without metals has been studied in a rotating kiln reactor
under nitrogen atmosphere. The pyrolysis temperature was varied in a wide range from 400 …

Energy and exergy analysis is a practical thermodynamic method to assess the potentiality
of waste-to-energy technologies. In this study, plastic wastes were pyrolyzed in a rotary kiln …

Waste tires are a distinct type of waste material that is produced in large quantities. These
tires present a significant environmental challenge due to their high toxicity and flammability …

Lignin is an abundant but often overlooked biopolymer. Therefore, its valorization is crucial
for achieving the goals of full biomass utilization, zero waste, and a circular bioeconomy …

Based on 36 road dust samples from an urbanized area of Beijing in September 2016, the
information about sources (types, proportions, and intensity in spatial) of heavy metals and …