Add to ORKGBiomass from forestry sector is able to provide an important contribution to meet the government’s targets for increasing bioenergy use. Traditionally it has been stem wood which is used as raw material for energy. For a deeper understanding of trees, knowledge is required not only of the stem wood, but also of the branches and tree tops. The most important fuel qualitative properties of stem wood, bark, branch wood and tree tops were investigated in order to know the potential of Norway spruce biomass available for bioenergy use in Norway.publishedVersio
Energy from wood biomass is one of the prioritized areas of focus in current Norwegian energy politi...
Among the different terrestrial ecosystems, forests are the most important biomass carbon producers ...
Solid bioenergy from forests plays — and is expected to continue to play — a key role to fulfil the ...
Biomass from forestry sector is able to provide an important contribution to meet the government’s t...
Biomass from forestry sector is able to provide an important contribution to meet the government’s t...
Biomass from forestry sector is able to provide an important contribution to meet the government’s t...
With the increasing demand for fuel the use of biomass from other tree components like branches and ...
The use of forest biomass for energy production is growing in Europe and biomass energy plants marke...
This report explores the potential of bioenergy from forests to contribute to the green transition o...
Biomass from forestry sector provides an important contribution to meet the government's targets for...
This paper provides an overview of the Norwegian biomass resources for bioenergy use, bioenergy mark...
Biomass combustion produces such pollutants as particulate matter, NOx, and ozone, which severely af...
The forest constitutes a very important element of renewable natural resources and makes a significa...
Wood residues form Finland’s main source of bioenergy. About half of the country’s wood production i...
The properties of solid biofuels discussed in this chapter are based on both literature published in...
Energy from wood biomass is one of the prioritized areas of focus in current Norwegian energy politi...
Among the different terrestrial ecosystems, forests are the most important biomass carbon producers ...
Solid bioenergy from forests plays — and is expected to continue to play — a key role to fulfil the ...
Biomass from forestry sector is able to provide an important contribution to meet the government’s t...
Biomass from forestry sector is able to provide an important contribution to meet the government’s t...
Biomass from forestry sector is able to provide an important contribution to meet the government’s t...
With the increasing demand for fuel the use of biomass from other tree components like branches and ...
The use of forest biomass for energy production is growing in Europe and biomass energy plants marke...
This report explores the potential of bioenergy from forests to contribute to the green transition o...
Biomass from forestry sector provides an important contribution to meet the government's targets for...
This paper provides an overview of the Norwegian biomass resources for bioenergy use, bioenergy mark...
Biomass combustion produces such pollutants as particulate matter, NOx, and ozone, which severely af...
The forest constitutes a very important element of renewable natural resources and makes a significa...
Wood residues form Finland’s main source of bioenergy. About half of the country’s wood production i...
The properties of solid biofuels discussed in this chapter are based on both literature published in...
Energy from wood biomass is one of the prioritized areas of focus in current Norwegian energy politi...
Among the different terrestrial ecosystems, forests are the most important biomass carbon producers ...
Solid bioenergy from forests plays — and is expected to continue to play — a key role to fulfil the ...