This work emphases the influence of using different heating sources (direct thermal, solar,
infrared, microwave heating) on the pyro-oil yield. The effect of the dominating process …

Polymeric plastic materials have revolutionized industry due to characteristics such as
lightness and versatility. However, its large-scale production and consumption has …

Soil washing, an emerging method for treating soils contaminated by heavy metals, requires
an evaluation of its efficiency in simultaneously removing different metals, the quality of the …

The aim of this study is to optimize a fast pyrolysis process to produce maximum yield of
pyrolysis oil using macadamia nutshell (MNS) as feedstock. The fast pyrolysis process was …

Present work demonstrates the pyrolysis of sagwan sawdust for the production of bio-oil and
biochar. Thermal degradation characteristics of sawdust by thermo-gravimetric analyzer …

To enhance the quality of raw bio-oil derived from the pyrolysis of biomass, hydrogen-rich
reactants such as waste plastics, cooking oils, and soap stock are frequently incorporated …

Slow pyrolysis of neem press seed cake (NPSC) was carried out in a fixed bed batch reactor
to study the effects of temperature, retention time, and nitrogen (N 2) flow rate on liquid and …

The current study involves the conventional pyrolysis of algal biomass under a batch fixed–
bed reactor for the analysis of temperature, retention time, N 2 flow rate on pyrolysis product …

Hydrothermal liquefaction could be a promising technology to convert sewage sludge into
bio-oil for energy recovery. In this study, in order to obtain the maximum yield of bio-oil and …

Sewage sludge is not only a kind of hazardous waste, but also biomass resources that rich
in organic matter. Hydrothermal liquefaction (HTL) is an effective way of converting sewage …