There is increasing demand in the world for liquid fuels that are produced using renewable and sustainable raw materials. Liquid fuels have higher energy density compared to solid fuels, and liquid fuels are also easier to transport. Fast pyrolysis is a cost-effective way to produce high yields of liquid biofuel out of biomass. Typical fast pyrolysis liquid contains some amount of solid particles. These particles are mainly char from pyrolysis but there is also some ash from the raw material. Solid particles can block or erode pipelines, filters and nozzles. In this thesis work the removal of solids was studied experimentally by using a disc stack separator. Several different pyrolysis liquids produced from either pine sawdust or f...
Biomass materials can be transformed to a gas, a solid or a liquid by pyrolysis, the thermal decompo...
Biomass has been identified as an ideal resource for partly substituting the fossil fuels. Cellulosi...
Main goal of this thesis was to first study the catalytic fast pyrolysis of lignocellulosic material...
Interest in liquid bio fuels has risen steadily over past years, due to rising oil prices and the ne...
The increasing concerns on climate change drives to discover new feedstock alternatives and pathway ...
Fast pyrolysis is an efficient means of producing liquid fuels out of biomass with a good yield. Th...
Fast pyrolysis of biomass is a thermochemical conversion process where solid biomass such as wood is...
Biomassoja hyödyntämällä ja jalostamalla voidaan vähentää fossiilisten raaka-aineiden käyttöä. Pyrol...
Pyrolysis oil can be produced from various biomass sources. Numerous processes have been developed ...
Pyrolysis oil originating from biomass has the potential to replace ‘crude fossil oil’ and to produc...
Two first commercial size pyrolysis plants for renewable energy production in the world have been co...
Increasing consumption of plastics has demanded to seek new solutions for the treatment of accumulat...
Fast pyrolysis bio-oil (pyrolysis liquid) from plant residues is one alternative to replace fossil f...
Fast pyrolysis is an attractive single-step process for solid biomass conversion to an intermediate ...
Liquid biofuels have several advantages over solid or gaseous fuels. Pyrolysis liquids produced from...
Biomass materials can be transformed to a gas, a solid or a liquid by pyrolysis, the thermal decompo...
Biomass has been identified as an ideal resource for partly substituting the fossil fuels. Cellulosi...
Main goal of this thesis was to first study the catalytic fast pyrolysis of lignocellulosic material...
Interest in liquid bio fuels has risen steadily over past years, due to rising oil prices and the ne...
The increasing concerns on climate change drives to discover new feedstock alternatives and pathway ...
Fast pyrolysis is an efficient means of producing liquid fuels out of biomass with a good yield. Th...
Fast pyrolysis of biomass is a thermochemical conversion process where solid biomass such as wood is...
Biomassoja hyödyntämällä ja jalostamalla voidaan vähentää fossiilisten raaka-aineiden käyttöä. Pyrol...
Pyrolysis oil can be produced from various biomass sources. Numerous processes have been developed ...
Pyrolysis oil originating from biomass has the potential to replace ‘crude fossil oil’ and to produc...
Two first commercial size pyrolysis plants for renewable energy production in the world have been co...
Increasing consumption of plastics has demanded to seek new solutions for the treatment of accumulat...
Fast pyrolysis bio-oil (pyrolysis liquid) from plant residues is one alternative to replace fossil f...
Fast pyrolysis is an attractive single-step process for solid biomass conversion to an intermediate ...
Liquid biofuels have several advantages over solid or gaseous fuels. Pyrolysis liquids produced from...
Biomass materials can be transformed to a gas, a solid or a liquid by pyrolysis, the thermal decompo...
Biomass has been identified as an ideal resource for partly substituting the fossil fuels. Cellulosi...
Main goal of this thesis was to first study the catalytic fast pyrolysis of lignocellulosic material...