Jump to Data Package:
Biomass-conversion-technologies
| Package version | |
| Description | Key data for biomass conversion technologies for gaseous and liquid biofuels and bioproducts |
| Last changes | Not documented. |
| Download |
Data package (zip) jasm-biomass-conversion-technologies-2020-12-01.zip (10 kB) Individual data files (csv, xlsx) biomass-conversion-technologies-switzerland.csv (2 kB) biomass-conversion-technologies-literature.csv (19 kB) |
| Meta data |
README.md datapackage.json |
| Sources | G. Guidati, A. Marcucci, T. Damartzis, V. Burg, T. Schildhauer, D. Giardini and O. Kröcher, 2020. Biomass and waste potentials and conversion pathways for Energy Use in Switzerland, JASM working paper |
| Contact | Theodoros Damartzis | Li Xiang | Adriana Marcucci |
Field documentation
Biomass conversion technologies from expert elicitation in Switzerland (biomass-conversion-technologies-switzerland.csv)
| Field Name | Type (Format) | Description |
|---|---|---|
| Technology | string | Name of the technology |
| Feedstock | string | Feedstock and additional inputs |
| Product | string | Type of product (output) stream |
| Reference size (MW) | number | Reference size (MW) |
| Investment cost (CHF/kW chem LHV) | number | Specific investment cost (CHF/kW chem LHV) |
| Fixed OM (CHF/kW) | number | Fixed operating and maintenance (OM) cost (CHF/kW) |
| Variable OM (CHF/GJ) | number | Variable operating and maintenance (OM) cost (CHF/GJ) |
| Efficiency (LHV, %) | number | Energy efficiency of the process |
| Lifetime (y) | number | Plant expected lifetime (y) |
| Electricity consumption (MWhel)/ (MWh chem output LHV) | number | Electricity consumption (MWhel)/ (MWh chem output LHV) |
| Heat 1 production (MWh th out)/ (MWh chem output LHV) | number | Heat 1 production (MWh th out)/ (MWh chem output LHV) |
| Heat 2 production (MWh th out)/ (MWh chem output LHV) | number | Heat 1 production (MWh th out)/ (MWh chem output LHV) |
| Reference | string | Literature reference |
| TRL | string | TRL1: Basic Research, TRL2: Applied Research, TRL3: Proof of concept, TRL4: Lab testing/validation, TRL 5: Lab testing of integrated system/process, TRL 6: Pilot reactor/system test, TRL 7: Pilot test of integrated system/process, TRL 8: Pre-commercial demonstration plan, TRL 9: 1st commercial plant, > TRL9: Stat of the art technology |
Biomass conversion technologies from literature review (biomass-conversion-technologies-literature.csv)
| Field Name | Type (Format) | Description |
|---|---|---|
| Technology | string | Name of the technology |
| Feedstock | string | Type of source (input) stream |
| Product | string | Type of product (output) stream |
| Reference size (MW) | number | Reference size (MW) |
| Investment cost (CHF/kW) | number | Specific investment cost (CHF/kW) |
| Min-Max Investment cost (CHF/kW) | number | Variation range of investment cost (CHF/kW) |
| Fixed OM (CHF/kW) | number | Operating and maintenance (O&M)cost (CHF/kW) |
| Reference for costs | string | Literature reference for the costs |
| Lifetime (y) | number | Plant expected lifetime (y) |
| Capacity factor | number | Plant capacity factor. Full capacity equals 8760 days and is used when specific data are missing |
| TRL | string | TRL1: Basic Research, TRL2: Applied Research, TRL3: Proof of concept, TRL4: Lab testing/validation, TRL 5: Lab testing of integrated system/process, TRL 6: Pilot reactor/system test, TRL 7: Pilot test of integrated system/process, TRL 8: Pre-commercial demonstration plan, TRL 9: 1st commercial plant, > TRL9: Stat of the art technology |
| Primary efficiency | number | Primary energy efficiency of the process. If more than one exist, it principaly corresponds to the biofuel or main product (see comments column) |
| Secondary efficiency | number | Secondary energy efficiency of the process. Efficiency of the secondary product, heat or power (see comments column) |
| Terciary efficiency | number | Tertiary energy efficiency of the process. Efficiency of the third product, heat or power (see comments column) |
| Reference efficiencies | string | Literature reference for the efficiencies |
| CO2 produced or used by the process (kt/GWh) | number | CO2 produced or used by the process (kt/GWh). Plus (+) sign means CO2 is produced while minus (-) sign means CO2 is used as input |
| Comments | string | Description of the processes |