Life cycle analysis impact assessment data for upgrading heavy oil and pyrolysis bio-oil
This record describes NERC-funded data managed by Figshare
This data is NERC-funded but not held by the EIDC. This data is archived in Figshare.
This is a collection of datasets containing life cycle analysis impact assessment data for:
1. Bio-Pd+PM neo-catalyst production
2. commercial catalyst production
3. heavy oil and pyrolysis bio-oil upgrading with Ni-Mo/Al2O3 commercial catalyst
4. heavy oil and pyrolysis oils (from wood and algae) production
5. heavy oil and pyrolysis bio-oil upgrading with 2-percent and 6-percent Bio-Pd+PM neo-catalyst , respectively, using 50-percent aqua regia leachate
6. heavy oil and pyrolysis bio-oil upgrading with 2-percent and 6-percent Bio-Pd+PM neo-catalyst , respectively, using 25-percent aqua regia leachate
7. heavy oil and pyrolysis bio-oil upgrading with 2-percent Bio-Pd+PM neo-catalyst, using 25-percent aqua regia leachate
Impact categories assessed were abiotic depletion (fossil fuels), global warming potential, ozone layer depletion, human toxicity, acidification potential and eutrophication potential.
The collection of datasets also includes economic analysis data.
These data were collected as part of NERC-funded grant 'Beyond biorecovery: environmental win-win by biorefining of metallic wastes into new functional materials (B3)' which was part of the Resource Recovery from Waste programme.
This is a collection of datasets containing life cycle analysis impact assessment data for:
1. Bio-Pd+PM neo-catalyst production
2. commercial catalyst production
3. heavy oil and pyrolysis bio-oil upgrading with Ni-Mo/Al2O3 commercial catalyst
4. heavy oil and pyrolysis oils (from wood and algae) production
5. heavy oil and pyrolysis bio-oil upgrading with 2-percent and 6-percent Bio-Pd+PM neo-catalyst , respectively, using 50-percent aqua regia leachate
6. heavy oil and pyrolysis bio-oil upgrading with 2-percent and 6-percent Bio-Pd+PM neo-catalyst , respectively, using 25-percent aqua regia leachate
7. heavy oil and pyrolysis bio-oil upgrading with 2-percent Bio-Pd+PM neo-catalyst, using 25-percent aqua regia leachate
Impact categories assessed were abiotic depletion (fossil fuels), global warming potential, ozone layer depletion, human toxicity, acidification potential and eutrophication potential.
The collection of datasets also includes economic analysis data.
These data were collected as part of NERC-funded grant 'Beyond biorecovery: environmental win-win by biorefining of metallic wastes into new functional materials (B3)' which was part of the Resource Recovery from Waste programme.
Publication date: 2019-03-05
Provenance & quality
See linked datasets within supplemental information.
Supplemental information
S.A. Archer, A.J. Murray, J.B. Omajali, M. Paterson-Beedle, B.K. Sharma, J. Wood and L.E. Macaskie. (2019) Chapter 13 in Resource Recovery from Wastes: Towards a Circular Economy, ed. L.E Macaskie, D. Sapsford and W.M. Hayes. Royal Society of Chemistry, London.
Correspondence/contact details
Additional metadata
- Topic categories
- Environment
- Keywords
- bio-neocatalysts, Bio-Pd+PM neo-catalyst production, Bio-Pd+PM neo-catalysts, commercial catalyst, dispersed catalyst, environmental impact assessment, heavy oil, heavy oil upgrading, life cycle analysis, Ni-Mo/Al2O3 catalyst production, Ni-Mo/Al2O3 catalysts, oil upgrading, pelleted catalyst, precious metal recovery, pyrolysis oil, pyrolysis oil from algae, pyrolysis oil from wood, pyrolysis oil upgrading
- Funding
- Natural Environment Research Council Award: NE/L014076/1
- Last updated
- 02 March 2020 16:59