Pyrolysis is a potential technology used for the transformation of municipal wastes into
energy products such as biofuel. Existing reviews on pyrolysis mainly focus on agroforestry …

The need for energy resources is rising as a result of modernization and the industrial
revolution, as well as fuel stocks are essential for security and sustainability. Research into …

Microwave vacuum pyrolysis was examined and compared to conventional pyrolysis for its
technical and economic feasibility in co-processing of waste plastic and used cooking oil …

It is an economical and environment-friendly method to produce renewable and sustainable
oil by upgrading pyrolysis bio-oil containing phenolics. Among all upgrading methods, the …

Production of bio-jet fuel from triglycerides (TGs) based vegetable oils have recently
received increased attention from research and industries because of its renewability and …

The production of household wastes such as used frying oil (UFO) and plastic waste (PW)
are increasing each year, thus representing potential feedstocks for conversion into an …

Microwave co-pyrolysis (MCP) of waste cooking oil (WCO) and waste polyolefins (WP) was
examined for its potential to convert these wastes into liquid fuel. The influence of performing …

The transition from fossil to bio-based fuels is a requisite for reducing CO2 emissions in the
aviation sector. Jet biofuels are alternative aviation fuels with similar chemical composition …

Microwave co-pyrolysis was examined as an approach for simultaneous reduction and
treatment of environmentally hazardous hospital plastic waste (HPW), lignocellulosic (palm …

Hydrothermal liquefication (HTL) is a thermochemical process that occurs in the presence of
water. HTL converts lignocellulose biomass (2nd generation biomass) into useful products …