Researchers have identified biomass feedstocks and pyrolysis techniques that produce
biofuels and chemicals from sources other than fossil fuels. Algae, organic solid tannery …

The massive industrial wastes of textile dyeing sludge (TDS) and waste shared bike tires are
becoming increasingly problematic environmentally and economically. Their co-pyrolysis …

The plastics have produced a lot of serious environmental problems because there are large
quantities of which the majority ends up in landfills or even in the seas. In addition, they are …

In this study, effect of waste tire (WT) addition to cotton stalk (CS) pyrolysis is investigated
with a focus on liquid co-pyrolysis yield quantity and quality. Various blend ratios (ie CS/WT …

The applicability of waste to energy conversion technique is facing many issues because of
current waste management practices. Focusing on the segregation issue of low-density …

This study reports an efficient conversion route for prosopis juliflora (PJ) biomass into high-
quality bio-oil through catalytic hydrothermal liquefaction (HTL) process with systematically …

Microwave (MW) co-pyrolysis of food-waste (FW) and plastic with recycled biochar as MW
susceptor was investigated for co-production of biooil and biochar. Effect of biochar …

Interest has emerged recently in addressing the long‐standing issue of waste plastic
disposal and environmental challenges through the co‐liquefaction of waste plastics with …

Olive mill wastewater sludge (OMWS) and waste tires (WTs), abundant wastes in Tunisia,
were used as feedstock in a slow co-pyrolysis pilot reactor to produce upgraded pyrolytic oil …

The co-thermal chemical conversion of biomass and waste tires is an important direction for
the utilization of waste resources to produce renewable energy. In this study, the product …