Chars produced by pyrolysis and gasification of almond shells to different peak temperatures have been imaged post-pyrolysis via x-ray micro-computed tomography (CT) in order to track the evolution of pores throughout the thermal processes. However, this technique cannot precisely resolve the process of pore evolution over time, and characteristics of the produced chars are affected by reactions that typically continue to occur as the reactor is cooled prior to char recovery. For this reason, a novel fixed-bed downdraft reactor has been developed to directly observe the processes of pore formation and evolution in different temperature regimes via in situ CT. Pulverised almond shells (<100 μm particle size) were pyrolysed or gasified via sl...
We have mapped the formation of tars during white oak thermochemical conversion using a bench scale ...
Understanding the interaction between transport, reaction and morphology at the scale of individual ...
Coal pyrolysis and combustion have been systematically investigated at high temperatures where exter...
Chars produced by pyrolysis and gasification of almond shells to different peak temperatures have be...
Coals of different ranks will be pyrolyzed in a microscope hot-stage reactor using inert and reactin...
The knowledge of biomass char gasification kinetics has considerable importance in the design of adv...
The effects of pyrolysis heating rates, particle size and ash upon the macropore structure of coal-d...
Combustion of pulverized coal and biomass in furnaces and boilers involves millions of particles wit...
Data on biomass chars obtained Under conditions similar to those of practical applications (high hea...
Biomass char morphology affects combustion behavior at the particle scale for zone II conditions, in...
Abstract Biochar is an engineered carbon-rich substance used for soil improvement, environmental man...
Accurate modelling of particle shrinkage during biomass pyrolysis is key to the production of biocha...
Combustion and gasification of pulverized char often occur under zone II conditions, in which the ra...
The structural complexity of unprocessed plant tissues used for thermochemical conversion of biomass...
Accurate modelling of particle shrinkage during biomass pyrolysis is key to the production of biocha...
We have mapped the formation of tars during white oak thermochemical conversion using a bench scale ...
Understanding the interaction between transport, reaction and morphology at the scale of individual ...
Coal pyrolysis and combustion have been systematically investigated at high temperatures where exter...
Chars produced by pyrolysis and gasification of almond shells to different peak temperatures have be...
Coals of different ranks will be pyrolyzed in a microscope hot-stage reactor using inert and reactin...
The knowledge of biomass char gasification kinetics has considerable importance in the design of adv...
The effects of pyrolysis heating rates, particle size and ash upon the macropore structure of coal-d...
Combustion of pulverized coal and biomass in furnaces and boilers involves millions of particles wit...
Data on biomass chars obtained Under conditions similar to those of practical applications (high hea...
Biomass char morphology affects combustion behavior at the particle scale for zone II conditions, in...
Abstract Biochar is an engineered carbon-rich substance used for soil improvement, environmental man...
Accurate modelling of particle shrinkage during biomass pyrolysis is key to the production of biocha...
Combustion and gasification of pulverized char often occur under zone II conditions, in which the ra...
The structural complexity of unprocessed plant tissues used for thermochemical conversion of biomass...
Accurate modelling of particle shrinkage during biomass pyrolysis is key to the production of biocha...
We have mapped the formation of tars during white oak thermochemical conversion using a bench scale ...
Understanding the interaction between transport, reaction and morphology at the scale of individual ...
Coal pyrolysis and combustion have been systematically investigated at high temperatures where exter...