Wood residues form Finland’s main source of bioenergy. About half of the country’s wood production is used for heat and power, either through district heating systems or through combined heat and power (CHP) plants. The most modern of these plants use fluidised bed technology to combust or gasify a wide range of forest residues.This report describes Finland’s approach to sustainable solid biomass supply based on forest wood resources. The study – prepared by VTT Technical Research Centre of Finland Ltd in close co-operation with the International Renewable Energy Agency (IRENA) – offers insights for other countries on the development of sustainable forest bioenergy
The use of biomass in Finland and Sweden has steadily increased over the past 25 years, up to approx...
In the context of the Government’s Climate and Energy Strategy, it is estimated that the primary use...
VTT has studied cascading and energy use of used wood. The use of wood for pulp industry is much hig...
The largest consumption of biomass-based fuels occurs in the chemical forest industry, which in 1997...
In Finland the percentage of biomass fuels of total primary energy supply is relatively high, close ...
This study considered the current situation of solid and liquid biofuels markets and international b...
Renewable energy sources play an important role in the Finnish energy and climate strategies which a...
The role of the forest sector in Finland and in Sweden is the starting point for a case study presen...
This work has been carried out in Biomass Feedstock Development Program in Oak Ridge National Labora...
The share of bioenergy, including waste pulping liquors and wood fuels, in the consumption of primar...
Increased demand for wood in the bioeconomy and bioenergy production means increased pressure on for...
Introduction of second-generation biofuels is an essential factor for meeting the EU’s 2020 targets ...
This report reviews the development of the biomass gasification technology in Finland over the last ...
Increase in the production and use of bioenergy has been among the main priorities of energy policy ...
The share of bioenergy, including waste pulping liquors and wood fuels, in the consumption of primar...
The use of biomass in Finland and Sweden has steadily increased over the past 25 years, up to approx...
In the context of the Government’s Climate and Energy Strategy, it is estimated that the primary use...
VTT has studied cascading and energy use of used wood. The use of wood for pulp industry is much hig...
The largest consumption of biomass-based fuels occurs in the chemical forest industry, which in 1997...
In Finland the percentage of biomass fuels of total primary energy supply is relatively high, close ...
This study considered the current situation of solid and liquid biofuels markets and international b...
Renewable energy sources play an important role in the Finnish energy and climate strategies which a...
The role of the forest sector in Finland and in Sweden is the starting point for a case study presen...
This work has been carried out in Biomass Feedstock Development Program in Oak Ridge National Labora...
The share of bioenergy, including waste pulping liquors and wood fuels, in the consumption of primar...
Increased demand for wood in the bioeconomy and bioenergy production means increased pressure on for...
Introduction of second-generation biofuels is an essential factor for meeting the EU’s 2020 targets ...
This report reviews the development of the biomass gasification technology in Finland over the last ...
Increase in the production and use of bioenergy has been among the main priorities of energy policy ...
The share of bioenergy, including waste pulping liquors and wood fuels, in the consumption of primar...
The use of biomass in Finland and Sweden has steadily increased over the past 25 years, up to approx...
In the context of the Government’s Climate and Energy Strategy, it is estimated that the primary use...
VTT has studied cascading and energy use of used wood. The use of wood for pulp industry is much hig...