{ "tag": [ "compiled" ], "id": "ocds-h6vhtk-032e9f-2022-12-20T12:43:52Z", "date": "2022-12-20T12:43:52Z", "ocid": "ocds-h6vhtk-032e9f", "initiationType": "tender", "tender": { "id": "3321/DM", "legalBasis": { "id": "32014L0024", "scheme": "CELEX" }, "title": "Sustainable Aviation Fuel Plant (Fischer-Tropsch)", "status": "complete", "classification": { "scheme": "CPV", "id": "09000000", "description": "Petroleum products, fuel, electricity and other sources of energy" }, "mainProcurementCategory": "goods", "description": "The University of Sheffield's Translational Energy Research Centre (TERC) is one of the largest and best-equipped national R&D centres in Europe for zero-carbon energy, hydrogen, bioenergy, and Carbon Capture, Utilisation and Storage (CCUS). We are looking to procure a sustainable aviation fuel (SAF) pilot plant based on Fischer-Tropsch technology. The plant will be required to produce at least 1.5 litres/h of sustainable aviation fuel to Jet A-1 ASTM specification D1655 (with flash point minimum of 38degC and a freeze point maximum of -47degC). The SAF plant will utilise CO2 extracted from bioenergy exhaust gases and on-site generated green H2 as feedstocks. It will also have the option to use biomass syngas from an onsite gasifier", "value": { "amount": 3455000, "currency": "GBP" }, "lotDetails": { "maximumLotsAwardedPerSupplier": 8 }, "lots": [ { "id": "1A", "title": "Feed gas clean up and conditioning module", "description": "The University of Sheffield's Translational Energy Research Centre (TERC) is one of the largest and best-equipped national R&D centres in Europe for zero-carbon energy, hydrogen, bioenergy, and Carbon Capture, Utilisation and Storage (CCUS). We are looking to procure a sustainable aviation fuel (SAF) pilot plant based on Fischer-Tropsch technology. The plant will be required to produce at least 1.5 litres/h of sustainable aviation fuel to Jet A-1 ASTM specification D1655 (with flash point minimum of 38degC and a freeze point maximum of -47degC). The SAF plant will utilise CO2 extracted from bioenergy exhaust gases and on-site generated green H2 as feedstocks. It will also have the option to use biomass syngas from an onsite gasifier. The tender is for a full turn-key solution including: design, build, installation and commissioning of all elements of the plant from cleaning and preparation of the feed gases, through to conversion of CO2 and H2 to syngas; reaction of the syngas in an FT reactor; and product upgrading steps to achieve the desired product. 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