Thermochemical conversion via co-pyrolysis has the potential to be an efficient route for
converting biomass to bio-energy and bio-refinery products. In this review, the …

The energy sector in the global scenario faces a major challenge of providing energy at an
affordable cost and simultaneously protecting the environment. The energy mix globally is …

The objective of this work is to examine the suitability of torrefied biomass for bio-energy
generation by investigating its physicochemical characteristics, kinetic and thermodynamic …

This review considers the pollutants formed by the combustion of solid biomass fuels. The
availability and potential use of solid biofuels is first discussed. This is followed by the …

The energy insecurity from oil and natural gas and increased CO 2 emission from fossil fuels
is driving societies to look for sustainable and renewable energy supply. The huge coal …

This study investigates the thermal decomposition, thermodynamic and kinetic behavior of
rice-husk (R), sewage sludge (S) and their blends during co-pyrolysis using …

In this work, the co-pyrolysis of Indonesian coal (sub-bituminous) and two types of biomass,
rice straw and Leucaena leucocepha wood, was studied using a drop tube fixed-bed …

This study aims to investigate the behaviour of Malaysian sub-bituminous coal (Mukah
Balingian), oil palm biomass (empty fruit bunches (EFB), kernel shell (PKS) and mesocarp …

The properties of biomass can be improved via torrefaction, and torrefied wood is a fuel with
the potential to partially replace coal. In this study, raw Cryptomeria japonica (WRaw) is …

Biomass is vital for future energy use, but several disadvantages obstruct its commercial
applications. Co-thermochemical conversions of biomass and fossil fuels are alternative …