Bioenergy and forest industry in Finland after the adoption of the Kyoto Protocol

Kim Pingoud (Corresponding Author), Antti Lehtilä, Ilkka Savolainen

Research output: Contribution to journalArticleScientificpeer-review

13 Citations (Scopus)

Abstract

In Finland the percentage of biomass fuels of total primary energy supply is relatively high, close to 17%. The share of biomass in the total electricity generation is as much as 10%. This high share in Finland is mainly due to the cogeneration of electricity and heat within forest industry using biomass-based by-products and wastes as fuels. Forest industry is also a large user of fossil-based energy. About 28% of total primary energy consumption in Finland takes place in forest industry, causing about 16% of the total fossil carbon dioxide emissions.

The Kyoto protocol limits the fossil CO2 and other greenhouse gas emissions and provides some incentives to the Finnish forest sector. There are trade-offs among the raw-material, energy and carbon sink uses of the forests. Fossil emissions can be reduced e.g. by using more wood and producing chemical pulp instead of mechanical one. According to the calculation rules of the Kyoto protocol Finnish forests in 2008–2012 are estimated to form a carbon source of 0.36 Tg C a−1 due to land use changes. Factually the forest biomass will still be a net carbon sink between 3.5 and 8.8 Tg C a−1. Because the carbon sinks of existing forests are not counted in the protocol, there is an incentive to increase wood use in those and to decrease the real net carbon sink. Also the criteria for sustainable forestry could still simultaneously be met.
Original languageEnglish
Pages (from-to)153-164
Number of pages12
JournalEnvironmental Science and Policy
Volume2
Issue number2
DOIs
Publication statusPublished - 1999
MoE publication typeA1 Journal article-refereed

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bioenergy
Kyoto Protocol
Finland
carbon sink
industry
fossil
biomass
primary energy
incentive
sustainable forestry
cogeneration
electricity
electricity generation
land use change
energy
greenhouse gas
carbon dioxide
energy supply
forest industry
raw materials

Cite this

@article{a413530a6e424b6083df89131eb26541,
title = "Bioenergy and forest industry in Finland after the adoption of the Kyoto Protocol",
abstract = "In Finland the percentage of biomass fuels of total primary energy supply is relatively high, close to 17{\%}. The share of biomass in the total electricity generation is as much as 10{\%}. This high share in Finland is mainly due to the cogeneration of electricity and heat within forest industry using biomass-based by-products and wastes as fuels. Forest industry is also a large user of fossil-based energy. About 28{\%} of total primary energy consumption in Finland takes place in forest industry, causing about 16{\%} of the total fossil carbon dioxide emissions.The Kyoto protocol limits the fossil CO2 and other greenhouse gas emissions and provides some incentives to the Finnish forest sector. There are trade-offs among the raw-material, energy and carbon sink uses of the forests. Fossil emissions can be reduced e.g. by using more wood and producing chemical pulp instead of mechanical one. According to the calculation rules of the Kyoto protocol Finnish forests in 2008–2012 are estimated to form a carbon source of 0.36 Tg C a−1 due to land use changes. Factually the forest biomass will still be a net carbon sink between 3.5 and 8.8 Tg C a−1. Because the carbon sinks of existing forests are not counted in the protocol, there is an incentive to increase wood use in those and to decrease the real net carbon sink. Also the criteria for sustainable forestry could still simultaneously be met.",
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year = "1999",
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journal = "Environmental Science and Policy",
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Bioenergy and forest industry in Finland after the adoption of the Kyoto Protocol. / Pingoud, Kim (Corresponding Author); Lehtilä, Antti; Savolainen, Ilkka.

In: Environmental Science and Policy, Vol. 2, No. 2, 1999, p. 153-164.

Research output: Contribution to journalArticleScientificpeer-review

TY - JOUR

T1 - Bioenergy and forest industry in Finland after the adoption of the Kyoto Protocol

AU - Pingoud, Kim

AU - Lehtilä, Antti

AU - Savolainen, Ilkka

PY - 1999

Y1 - 1999

N2 - In Finland the percentage of biomass fuels of total primary energy supply is relatively high, close to 17%. The share of biomass in the total electricity generation is as much as 10%. This high share in Finland is mainly due to the cogeneration of electricity and heat within forest industry using biomass-based by-products and wastes as fuels. Forest industry is also a large user of fossil-based energy. About 28% of total primary energy consumption in Finland takes place in forest industry, causing about 16% of the total fossil carbon dioxide emissions.The Kyoto protocol limits the fossil CO2 and other greenhouse gas emissions and provides some incentives to the Finnish forest sector. There are trade-offs among the raw-material, energy and carbon sink uses of the forests. Fossil emissions can be reduced e.g. by using more wood and producing chemical pulp instead of mechanical one. According to the calculation rules of the Kyoto protocol Finnish forests in 2008–2012 are estimated to form a carbon source of 0.36 Tg C a−1 due to land use changes. Factually the forest biomass will still be a net carbon sink between 3.5 and 8.8 Tg C a−1. Because the carbon sinks of existing forests are not counted in the protocol, there is an incentive to increase wood use in those and to decrease the real net carbon sink. Also the criteria for sustainable forestry could still simultaneously be met.

AB - In Finland the percentage of biomass fuels of total primary energy supply is relatively high, close to 17%. The share of biomass in the total electricity generation is as much as 10%. This high share in Finland is mainly due to the cogeneration of electricity and heat within forest industry using biomass-based by-products and wastes as fuels. Forest industry is also a large user of fossil-based energy. About 28% of total primary energy consumption in Finland takes place in forest industry, causing about 16% of the total fossil carbon dioxide emissions.The Kyoto protocol limits the fossil CO2 and other greenhouse gas emissions and provides some incentives to the Finnish forest sector. There are trade-offs among the raw-material, energy and carbon sink uses of the forests. Fossil emissions can be reduced e.g. by using more wood and producing chemical pulp instead of mechanical one. According to the calculation rules of the Kyoto protocol Finnish forests in 2008–2012 are estimated to form a carbon source of 0.36 Tg C a−1 due to land use changes. Factually the forest biomass will still be a net carbon sink between 3.5 and 8.8 Tg C a−1. Because the carbon sinks of existing forests are not counted in the protocol, there is an incentive to increase wood use in those and to decrease the real net carbon sink. Also the criteria for sustainable forestry could still simultaneously be met.

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