Bioenergy in Europe

Opportunities and Barriers

Leena Fagernäs, Allan Johansson, Carl Wilen, Kai Sipilä, Tuula Mäkinen, Satu Helynen, Erik Daugherty, Herman den Uil, Jurgen Vehlow, Tomas Kåberger, Magdalena Rogulska

Research output: Book/ReportReportProfessional

5 Citations (Scopus)

Abstract

The aim of this publication is to give a comprehensive overview of the opportunities for and barriers to bioenergy development in Europe. The study carried out within the Bioenergy Network of Excellence "Overcoming Barriers to Bioenergy" (Bioenergy NoE) covers EU policy issues and their implementation in Europe, biomass availability and technology development aspects, and RTD goals to overcome the barriers to bioenergy development. Important European targets have been set for 2010, such as the White Paper targets of doubling the share of renewables to 12%, and tripling the use of biomass to 135 Mtoe (5.7 EJ) compared to 1997, the RES-E Directive target of a 21% share of green electricity, and the Biofuels Directive target of 5.75% of transport fuels to be supplied with biofuels. Recently, a Biomass Action Plan was launched. Further, a biofuels target of 20% substitution by 2020 has been proposed, and the maximum of 35% for the share of MSW to be landfilled has been set for the year 2016. EU policies and regulations are important drivers for bioenergy development in the EU countries. In Europe, the use of biomass and wastes is presently about 2.9 EJ/a (69 Mtoe). By 2050, it is estimated that biomass and waste utilisation could rise to anywhere from 9.0 to 13.5 EJ/a (215-320 Mtoe). According to the Biomass Action Plan the measures could lead to the use of about 150 Mtoe (6.3 EJ) in 2010 or soon after. There are sufficient domestic resources to meet the EU targets set for the year 2010 but if more stringent goals are set for bioenergy in the future, it will be challenging to find sufficient resources in Europe and biomass imports from outside the EU will be necessary. The barrier analysis carried out within the Bioenergy NoE resulted in a wide variety of non-technical and technical barriers. Overall, non-technical barriers dominate, with economic barriers being the most prominent. However, there is no single barrier that appears as the most important; it is the interaction of many barriers that impedes the rapid expansion of bioenergy use. Even omitting the economic barriers and biomass availability constraints technical barriers are critical in introducing novel production and utilization technology. Barriers defined for feedstock production, heat and power technologies, liquid biofuels technology, and waste to energy areas are presented. R&D work is suggested to overcome a wide variety of technical barriers related to individual process steps within production and utilization schemes. The potential for significant biomass utilisation in Europe is influenced by EU and national policies and regulations, emissions trading, availability of biomass and the logistics of feedstock supply, the development of technologies, and economic and social issues. The CAP reform in 2003 substantially influences bioenergy development. A prerequisite for rapid implementation of new bioenergy solutions in the European market is the application of existing infrastructures in the conventional biomass production and energy sectors. Within the Bioenergy NoE, there is agreement that a considerable increase in the use of bioenergy cannot take place without industry support. Therefore the intended increase in the use of biomass can only be realised through new business opportunities. Integration of capacities in bioenergy R&D is needed to reach the EU White Paper goals. New technologies and business concepts are needed, and Bioenergy NoE has to respond to the demands of the European Commission and industry. Integrating bioenergy production with forest industry, electricity and heat, waste recycling, liquid biofuel production and/or chemical industry improves competitiveness. Biorefineries and polygeneration of multiple products are widely seen as an important approach to efficiently utilise limited raw material resources.
Original languageEnglish
Place of PublicationEspoo
PublisherVTT Technical Research Centre of Finland
Number of pages122
ISBN (Electronic)951-38-6816-8
ISBN (Print)951-38-6815-x
Publication statusPublished - 2006
MoE publication typeNot Eligible

Publication series

NameVTT Tiedotteita - Research Notes
PublisherVTT
No.2352
ISSN (Print)1235-0605
ISSN (Electronic)1455-0865

Fingerprint

bioenergy
biomass
biofuel
action plan
Europe
electricity
resource
economics
liquid
heat production
emissions trading
industry
technological development
chemical industry
European Commission
competitiveness
import
energy
logistics

Keywords

  • renewable energy sources
  • biomass
  • bioenergy
  • biofuels
  • waste
  • barriers
  • research and development
  • R&D
  • EU
  • energy policy
  • fuel resources
  • availability
  • energy technology
  • transportation
  • waste to energy

Cite this

Fagernäs, L., Johansson, A., Wilen, C., Sipilä, K., Mäkinen, T., Helynen, S., ... Rogulska, M. (2006). Bioenergy in Europe: Opportunities and Barriers. Espoo: VTT Technical Research Centre of Finland. VTT Tiedotteita - Meddelanden - Research Notes, No. 2352
Fagernäs, Leena ; Johansson, Allan ; Wilen, Carl ; Sipilä, Kai ; Mäkinen, Tuula ; Helynen, Satu ; Daugherty, Erik ; den Uil, Herman ; Vehlow, Jurgen ; Kåberger, Tomas ; Rogulska, Magdalena. / Bioenergy in Europe : Opportunities and Barriers. Espoo : VTT Technical Research Centre of Finland, 2006. 122 p. (VTT Tiedotteita - Meddelanden - Research Notes; No. 2352).
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Fagernäs, L, Johansson, A, Wilen, C, Sipilä, K, Mäkinen, T, Helynen, S, Daugherty, E, den Uil, H, Vehlow, J, Kåberger, T & Rogulska, M 2006, Bioenergy in Europe: Opportunities and Barriers. VTT Tiedotteita - Meddelanden - Research Notes, no. 2352, VTT Technical Research Centre of Finland, Espoo.

Bioenergy in Europe : Opportunities and Barriers. / Fagernäs, Leena; Johansson, Allan; Wilen, Carl; Sipilä, Kai; Mäkinen, Tuula; Helynen, Satu; Daugherty, Erik; den Uil, Herman; Vehlow, Jurgen; Kåberger, Tomas; Rogulska, Magdalena.

Espoo : VTT Technical Research Centre of Finland, 2006. 122 p. (VTT Tiedotteita - Meddelanden - Research Notes; No. 2352).

Research output: Book/ReportReportProfessional

TY - BOOK

T1 - Bioenergy in Europe

T2 - Opportunities and Barriers

AU - Fagernäs, Leena

AU - Johansson, Allan

AU - Wilen, Carl

AU - Sipilä, Kai

AU - Mäkinen, Tuula

AU - Helynen, Satu

AU - Daugherty, Erik

AU - den Uil, Herman

AU - Vehlow, Jurgen

AU - Kåberger, Tomas

AU - Rogulska, Magdalena

N1 - Project code: 208

PY - 2006

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N2 - The aim of this publication is to give a comprehensive overview of the opportunities for and barriers to bioenergy development in Europe. The study carried out within the Bioenergy Network of Excellence "Overcoming Barriers to Bioenergy" (Bioenergy NoE) covers EU policy issues and their implementation in Europe, biomass availability and technology development aspects, and RTD goals to overcome the barriers to bioenergy development. Important European targets have been set for 2010, such as the White Paper targets of doubling the share of renewables to 12%, and tripling the use of biomass to 135 Mtoe (5.7 EJ) compared to 1997, the RES-E Directive target of a 21% share of green electricity, and the Biofuels Directive target of 5.75% of transport fuels to be supplied with biofuels. Recently, a Biomass Action Plan was launched. Further, a biofuels target of 20% substitution by 2020 has been proposed, and the maximum of 35% for the share of MSW to be landfilled has been set for the year 2016. EU policies and regulations are important drivers for bioenergy development in the EU countries. In Europe, the use of biomass and wastes is presently about 2.9 EJ/a (69 Mtoe). By 2050, it is estimated that biomass and waste utilisation could rise to anywhere from 9.0 to 13.5 EJ/a (215-320 Mtoe). According to the Biomass Action Plan the measures could lead to the use of about 150 Mtoe (6.3 EJ) in 2010 or soon after. There are sufficient domestic resources to meet the EU targets set for the year 2010 but if more stringent goals are set for bioenergy in the future, it will be challenging to find sufficient resources in Europe and biomass imports from outside the EU will be necessary. The barrier analysis carried out within the Bioenergy NoE resulted in a wide variety of non-technical and technical barriers. Overall, non-technical barriers dominate, with economic barriers being the most prominent. However, there is no single barrier that appears as the most important; it is the interaction of many barriers that impedes the rapid expansion of bioenergy use. Even omitting the economic barriers and biomass availability constraints technical barriers are critical in introducing novel production and utilization technology. Barriers defined for feedstock production, heat and power technologies, liquid biofuels technology, and waste to energy areas are presented. R&D work is suggested to overcome a wide variety of technical barriers related to individual process steps within production and utilization schemes. The potential for significant biomass utilisation in Europe is influenced by EU and national policies and regulations, emissions trading, availability of biomass and the logistics of feedstock supply, the development of technologies, and economic and social issues. The CAP reform in 2003 substantially influences bioenergy development. A prerequisite for rapid implementation of new bioenergy solutions in the European market is the application of existing infrastructures in the conventional biomass production and energy sectors. Within the Bioenergy NoE, there is agreement that a considerable increase in the use of bioenergy cannot take place without industry support. Therefore the intended increase in the use of biomass can only be realised through new business opportunities. Integration of capacities in bioenergy R&D is needed to reach the EU White Paper goals. New technologies and business concepts are needed, and Bioenergy NoE has to respond to the demands of the European Commission and industry. Integrating bioenergy production with forest industry, electricity and heat, waste recycling, liquid biofuel production and/or chemical industry improves competitiveness. Biorefineries and polygeneration of multiple products are widely seen as an important approach to efficiently utilise limited raw material resources.

AB - The aim of this publication is to give a comprehensive overview of the opportunities for and barriers to bioenergy development in Europe. The study carried out within the Bioenergy Network of Excellence "Overcoming Barriers to Bioenergy" (Bioenergy NoE) covers EU policy issues and their implementation in Europe, biomass availability and technology development aspects, and RTD goals to overcome the barriers to bioenergy development. Important European targets have been set for 2010, such as the White Paper targets of doubling the share of renewables to 12%, and tripling the use of biomass to 135 Mtoe (5.7 EJ) compared to 1997, the RES-E Directive target of a 21% share of green electricity, and the Biofuels Directive target of 5.75% of transport fuels to be supplied with biofuels. Recently, a Biomass Action Plan was launched. Further, a biofuels target of 20% substitution by 2020 has been proposed, and the maximum of 35% for the share of MSW to be landfilled has been set for the year 2016. EU policies and regulations are important drivers for bioenergy development in the EU countries. In Europe, the use of biomass and wastes is presently about 2.9 EJ/a (69 Mtoe). By 2050, it is estimated that biomass and waste utilisation could rise to anywhere from 9.0 to 13.5 EJ/a (215-320 Mtoe). According to the Biomass Action Plan the measures could lead to the use of about 150 Mtoe (6.3 EJ) in 2010 or soon after. There are sufficient domestic resources to meet the EU targets set for the year 2010 but if more stringent goals are set for bioenergy in the future, it will be challenging to find sufficient resources in Europe and biomass imports from outside the EU will be necessary. The barrier analysis carried out within the Bioenergy NoE resulted in a wide variety of non-technical and technical barriers. Overall, non-technical barriers dominate, with economic barriers being the most prominent. However, there is no single barrier that appears as the most important; it is the interaction of many barriers that impedes the rapid expansion of bioenergy use. Even omitting the economic barriers and biomass availability constraints technical barriers are critical in introducing novel production and utilization technology. Barriers defined for feedstock production, heat and power technologies, liquid biofuels technology, and waste to energy areas are presented. R&D work is suggested to overcome a wide variety of technical barriers related to individual process steps within production and utilization schemes. The potential for significant biomass utilisation in Europe is influenced by EU and national policies and regulations, emissions trading, availability of biomass and the logistics of feedstock supply, the development of technologies, and economic and social issues. The CAP reform in 2003 substantially influences bioenergy development. A prerequisite for rapid implementation of new bioenergy solutions in the European market is the application of existing infrastructures in the conventional biomass production and energy sectors. Within the Bioenergy NoE, there is agreement that a considerable increase in the use of bioenergy cannot take place without industry support. Therefore the intended increase in the use of biomass can only be realised through new business opportunities. Integration of capacities in bioenergy R&D is needed to reach the EU White Paper goals. New technologies and business concepts are needed, and Bioenergy NoE has to respond to the demands of the European Commission and industry. Integrating bioenergy production with forest industry, electricity and heat, waste recycling, liquid biofuel production and/or chemical industry improves competitiveness. Biorefineries and polygeneration of multiple products are widely seen as an important approach to efficiently utilise limited raw material resources.

KW - renewable energy sources

KW - biomass

KW - bioenergy

KW - biofuels

KW - waste

KW - barriers

KW - research and development

KW - R&D

KW - EU

KW - energy policy

KW - fuel resources

KW - availability

KW - energy technology

KW - transportation

KW - waste to energy

M3 - Report

SN - 951-38-6815-x

T3 - VTT Tiedotteita - Research Notes

BT - Bioenergy in Europe

PB - VTT Technical Research Centre of Finland

CY - Espoo

ER -

Fagernäs L, Johansson A, Wilen C, Sipilä K, Mäkinen T, Helynen S et al. Bioenergy in Europe: Opportunities and Barriers. Espoo: VTT Technical Research Centre of Finland, 2006. 122 p. (VTT Tiedotteita - Meddelanden - Research Notes; No. 2352).