Microwave-assisted pyrolysis is considered a promising technique for the thermochemical
conversion of solid waste such as sewage sludge to useful energy products, including bio …

Rapid economic growth is making the disposal of municipal sludge non-negligible during
the acceleration of urbanization. Thermochemical treatment has been proved to be of …

This paper proposed a sustainable strategy for converting plastic waste into energy over
pyrolysis to address the dual crises of environment and energy. A fluidized-bed reactor was …

A comparative research was performed to evaluate the products yields and chars properties
for pyrolysis of textile dyeing sludge (TDS) and municipal sewage sludge (MSS). The high …

This study compares the impact of the calcium-based additives and the pyrolyzer on the
recovery and the halide content of the oil produced from the pyrolysis of paper-laminated …

The effect of biomass particle shape on the conversion of beech wood during pyrolysis in a
bubbling fluidized bed (BFB) was experimentally quantified. A lab-scale BFB installed on a …

The addition of CaO has been used to reduce the harmful NO x precursors (NH 3 and HCN)
generated by the pyrolysis of municipal sewage sludge. However, the underlying reduction …

Pyrolysis of sewage sludge (SS) was performed in a bench-scale fluidized bed pyrolyzer.
Addition of kaolin at 850° C resulted in minimum sludge char (SC) yield of 54.64 wt%. The …

Slow pyrolysis of biosolids was investigated employing a laboratory scale fluidised bed
reactor maintaining the bubbling mode of fluidisation where the primary product was …

The experimental study of fast pyrolysis of dried sewage sludge in the retorting system with
solid heat carrier was performed. The yield of the main pyrolysis products such as gas, oil …