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Bio-based fuels: an analysis of potential, conditions, market, instruments and risks. Opportunities and risks - the BIODRIV project. Final Report; Biobaserade drivmedel: analys av potential, foerutsaettningar, marknad, styrmedel och risker. Moejligheter och risker - projektet BIODRIV. Slutrapport

Abstract

The BIODRIV project is a study of the conditions, opportunities, constraints and risks in the short and long term for the Swedish production of biofuels, with specific focus on the production opportunities offered by the Swedish refineries. The study was conducted at Chalmers Univ. of Technology and IVL Swedish Environmental Research Inst. with support from Preem Environment Foundation and the Foundation of IVL. Researchers in the disciplines of environmental economics, chemical engineering and environmental system analysis have been working collectively to illustrate various technology tracks for bio-based fuel production. A total of six technology tracks for biofuel production have been identified in the long run, in whole or in part, which can replace today's fossil-based fuels in the transport sector. The six technology tracks are: methane from gas networks, decentralized pyrolysis/gasification, different resource bases to fat, hydrogen, methanol, electricity
Authors:
Rydberg, Tomas; [1]  Gaardfeldt, Katarina; Ahlbaeck, Anders [2] 
  1. IVL Svenska Miljoeinstitutet, Stockholm (Sweden)
  2. Goeteborgs Miljoevetenskapliga Centrum, Chalmers Tekniska Hoegskola och Goeteborgs Universitet (Sweden); and others
Publication Date:
Dec 15, 2010
Product Type:
Technical Report
Report Number:
IVL-B-1884
Resource Relation:
Other Information: 17 refs., figs., tabs.
Subject:
09 BIOMASS FUELS; BIOFUELS; PETROLEUM REFINERIES; SWEDEN
OSTI ID:
1011583
Research Organizations:
The Swedish Environmental Research Inst. Ltd., Stockholm (Sweden)
Country of Origin:
Sweden
Language:
Swedish
Other Identifying Numbers:
TRN: SE1107094
Availability:
Also available from: download from homepage: www.ivl.se, or order via e-mail: info@ivl.se; OSTI as DE01011583
Submitting Site:
SWD
Size:
203 p. pages
Announcement Date:
Apr 25, 2011

Citation Formats

Rydberg, Tomas, Gaardfeldt, Katarina, and Ahlbaeck, Anders. Bio-based fuels: an analysis of potential, conditions, market, instruments and risks. Opportunities and risks - the BIODRIV project. Final Report; Biobaserade drivmedel: analys av potential, foerutsaettningar, marknad, styrmedel och risker. Moejligheter och risker - projektet BIODRIV. Slutrapport. Sweden: N. p., 2010. Web.
Rydberg, Tomas, Gaardfeldt, Katarina, & Ahlbaeck, Anders. Bio-based fuels: an analysis of potential, conditions, market, instruments and risks. Opportunities and risks - the BIODRIV project. Final Report; Biobaserade drivmedel: analys av potential, foerutsaettningar, marknad, styrmedel och risker. Moejligheter och risker - projektet BIODRIV. Slutrapport. Sweden.
Rydberg, Tomas, Gaardfeldt, Katarina, and Ahlbaeck, Anders. 2010. "Bio-based fuels: an analysis of potential, conditions, market, instruments and risks. Opportunities and risks - the BIODRIV project. Final Report; Biobaserade drivmedel: analys av potential, foerutsaettningar, marknad, styrmedel och risker. Moejligheter och risker - projektet BIODRIV. Slutrapport." Sweden.
@misc{etde_1011583,
title = {Bio-based fuels: an analysis of potential, conditions, market, instruments and risks. Opportunities and risks - the BIODRIV project. Final Report; Biobaserade drivmedel: analys av potential, foerutsaettningar, marknad, styrmedel och risker. Moejligheter och risker - projektet BIODRIV. Slutrapport}
author = {Rydberg, Tomas, Gaardfeldt, Katarina, and Ahlbaeck, Anders}
abstractNote = {The BIODRIV project is a study of the conditions, opportunities, constraints and risks in the short and long term for the Swedish production of biofuels, with specific focus on the production opportunities offered by the Swedish refineries. The study was conducted at Chalmers Univ. of Technology and IVL Swedish Environmental Research Inst. with support from Preem Environment Foundation and the Foundation of IVL. Researchers in the disciplines of environmental economics, chemical engineering and environmental system analysis have been working collectively to illustrate various technology tracks for bio-based fuel production. A total of six technology tracks for biofuel production have been identified in the long run, in whole or in part, which can replace today's fossil-based fuels in the transport sector. The six technology tracks are: methane from gas networks, decentralized pyrolysis/gasification, different resource bases to fat, hydrogen, methanol, electricity}
place = {Sweden}
year = {2010}
month = {Dec}
}