BIOCOUP: Co-Processing of Bio-Oils in Standard Refinery Units

Yrjö Solantausta

Research output: Contribution to conferenceConference articleScientific

Abstract

Projected costs of the BIOCOUP reference production chain are used to study effects of process improvements. The results are used to guide experimental work. Of the various steps in the BIOCOUP reference chain, the HDO step is technically the least certain at the present time, e.g. long-term performance of catalyst is unknown. There is a considerable uncertainty related to overall cost of this step. The economic competitiveness of the BIOCOUP reference chain is favourably affected by the arrangement whereby hydrogen is supplied to the pyrolysis-oil upgrading plant from an adjacent petroleum refinery. Production of chemicals in the BIOCOUP chain is envisioned to have following functions: increased revenue, component groups having a negative effect to upgrading are removed prior to hydrotreatment lowering upgrading costs. The supervisory board of the project aims in focusing work during the remaining three years of the BIOCOUP an internal mid-term assessment is included alternatives for upgrading of bio-oils will be reviewed.
Original languageEnglish
Publication statusPublished - 2008
MoE publication typeNot Eligible
EventBioenergy Contractors Meeting - Brussels, Belgium
Duration: 15 Oct 200816 Oct 2008

Conference

ConferenceBioenergy Contractors Meeting
CountryBelgium
CityBrussels
Period15/10/0816/10/08

Fingerprint

oil crops
pyrolysis
catalysts
petroleum
hydrogen
income
uncertainty
economics
oils

Keywords

  • BIOCOUP
  • pyrolysis-oil

Cite this

Solantausta, Y. (2008). BIOCOUP: Co-Processing of Bio-Oils in Standard Refinery Units. Paper presented at Bioenergy Contractors Meeting, Brussels, Belgium.
Solantausta, Yrjö. / BIOCOUP : Co-Processing of Bio-Oils in Standard Refinery Units. Paper presented at Bioenergy Contractors Meeting, Brussels, Belgium.
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keywords = "BIOCOUP, pyrolysis-oil",
author = "Yrj{\"o} Solantausta",
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Solantausta, Y 2008, 'BIOCOUP: Co-Processing of Bio-Oils in Standard Refinery Units' Paper presented at Bioenergy Contractors Meeting, Brussels, Belgium, 15/10/08 - 16/10/08, .

BIOCOUP : Co-Processing of Bio-Oils in Standard Refinery Units. / Solantausta, Yrjö.

2008. Paper presented at Bioenergy Contractors Meeting, Brussels, Belgium.

Research output: Contribution to conferenceConference articleScientific

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T2 - Co-Processing of Bio-Oils in Standard Refinery Units

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PY - 2008

Y1 - 2008

N2 - Projected costs of the BIOCOUP reference production chain are used to study effects of process improvements. The results are used to guide experimental work. Of the various steps in the BIOCOUP reference chain, the HDO step is technically the least certain at the present time, e.g. long-term performance of catalyst is unknown. There is a considerable uncertainty related to overall cost of this step. The economic competitiveness of the BIOCOUP reference chain is favourably affected by the arrangement whereby hydrogen is supplied to the pyrolysis-oil upgrading plant from an adjacent petroleum refinery. Production of chemicals in the BIOCOUP chain is envisioned to have following functions: increased revenue, component groups having a negative effect to upgrading are removed prior to hydrotreatment lowering upgrading costs. The supervisory board of the project aims in focusing work during the remaining three years of the BIOCOUP an internal mid-term assessment is included alternatives for upgrading of bio-oils will be reviewed.

AB - Projected costs of the BIOCOUP reference production chain are used to study effects of process improvements. The results are used to guide experimental work. Of the various steps in the BIOCOUP reference chain, the HDO step is technically the least certain at the present time, e.g. long-term performance of catalyst is unknown. There is a considerable uncertainty related to overall cost of this step. The economic competitiveness of the BIOCOUP reference chain is favourably affected by the arrangement whereby hydrogen is supplied to the pyrolysis-oil upgrading plant from an adjacent petroleum refinery. Production of chemicals in the BIOCOUP chain is envisioned to have following functions: increased revenue, component groups having a negative effect to upgrading are removed prior to hydrotreatment lowering upgrading costs. The supervisory board of the project aims in focusing work during the remaining three years of the BIOCOUP an internal mid-term assessment is included alternatives for upgrading of bio-oils will be reviewed.

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Solantausta Y. BIOCOUP: Co-Processing of Bio-Oils in Standard Refinery Units. 2008. Paper presented at Bioenergy Contractors Meeting, Brussels, Belgium.