DATAPACKAGE: BIOMASS-CONVERSION-TECHNOLOGIES =========================================================================== Package Version: 2020-12-01 Key data for biomass conversion technologies for gaseous and liquid biofuels and bioproducts We follow the Data Package standard by the Frictionless Data project, a part of the Open Knowledge Foundation: http://frictionlessdata.io/ License and attribution =========================================================================== Attribution: Version history =========================================================================== * 2020-12-01 Not documented * 2020-04-02 Not documented Resources =========================================================================== * [Package description page](http://data.sccer-jasm.ch/biomass-conversion-technologies/2020-12-01/) * [ZIP Package](http://data.sccer-jasm.ch/biomass-conversion-technologies/jasm-biomass-conversion-technologies-2020-12-01.zip) 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](https://sccer-jasm.ch/docs/guidati_biomassPotentials.pdf) Field documentation =========================================================================== biomass-conversion-technologies-switzerland.csv --------------------------------------------------------------------------- * Technology - Type: string - Description: Name of the technology * Feedstock - Type: string - Description: Feedstock and additional inputs * Product - Type: string - Description: Type of product (output) stream * Reference size (MW) - Type: number - Description: Reference size (MW) * Investment cost (CHF/kW chem LHV) - Type: number - Description: Specific investment cost (CHF/kW chem LHV) * Fixed OM (CHF/kW) - Type: number - Description: Fixed operating and maintenance (OM) cost (CHF/kW) * Variable OM (CHF/GJ) - Type: number - Description: Variable operating and maintenance (OM) cost (CHF/GJ) * Efficiency (LHV, %) - Type: number - Description: Energy efficiency of the process * Lifetime (y) - Type: number - Description: Plant expected lifetime (y) * Electricity consumption (MWhel)/ (MWh chem output LHV) - Type: number - Description: Electricity consumption (MWhel)/ (MWh chem output LHV) * Heat 1 production (MWh th out)/ (MWh chem output LHV) - Type: number - Description: Heat 1 production (MWh th out)/ (MWh chem output LHV) * Heat 2 production (MWh th out)/ (MWh chem output LHV) - Type: number - Description: Heat 1 production (MWh th out)/ (MWh chem output LHV) * Reference - Type: string - Description: Literature reference * TRL - Type: string - Description: 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-literature.csv --------------------------------------------------------------------------- * Technology - Type: string - Description: Name of the technology * Feedstock - Type: string - Description: Type of source (input) stream * Product - Type: string - Description: Type of product (output) stream * Reference size (MW) - Type: number - Description: Reference size (MW) * Investment cost (CHF/kW) - Type: number - Description: Specific investment cost (CHF/kW) * Min-Max Investment cost (CHF/kW) - Type: number - Description: Variation range of investment cost (CHF/kW) * Fixed OM (CHF/kW) - Type: number - Description: Operating and maintenance (O&M)cost (CHF/kW) * Reference for costs - Type: string - Description: Literature reference for the costs * Lifetime (y) - Type: number - Description: Plant expected lifetime (y) * Capacity factor - Type: number - Description: Plant capacity factor. Full capacity equals 8760 days and is used when specific data are missing * TRL - Type: string - Description: 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 - Type: number - Description: 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 - Type: number - Description: Secondary energy efficiency of the process. Efficiency of the secondary product, heat or power (see comments column) * Terciary efficiency - Type: number - Description: Tertiary energy efficiency of the process. Efficiency of the third product, heat or power (see comments column) * Reference efficiencies - Type: string - Description: Literature reference for the efficiencies * CO2 produced or used by the process (kt/GWh) - Type: number - Description: 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 - Type: string - Description: Description of the processes Feedback =========================================================================== Thank you for using data provided by SCCER JA S&M. If you have any question or feedback, please do not hesitate to contact us. For this data package, contact: For general issues, find our team contact details on our website: http://www.sccer-jasm.ch