W0125-241000_A RFP Sustainable Aviation Fuel for CFB Trenton Project Description :AMENDMENT TO CLOSING TIME: Please disregard the Ariba Discovery posting response deadline closing time and CanadaBuys posting closing time. All required supporting documentation and bid submission must be submitted... See more
for Information (RFI) is for the Allegheny County Airport Authority (Authority) to obtain information that will ensure the supply of sustainable aviation fuels (SAF) for the users of Pittsburgh International Airport (PIT).
Document Type:Grants NoticeFunding Opportunity Number:DE-FOA-0003157Funding Opportunity Title:Request for Information Sustainable Aviation Fuel (SAF) Grand Challenge: Building Supply ChainsOpportunity Category:DiscretionaryOpportunity Category Explanation: Funding Instrument Type:OtherCategory of Funding Activity:EnergyCategory Explanation: Expected Number of Awards:0CFDA Number(s):81.087 -- Renewable Energy Research and DevelopmentCost Sharing or
The Department of National Defence (DND) has a requirement for the supply and delivery of up to 11 million litres of finished, blended aviation turbine fuel containing 30% by volume of synthetic hydrocarbon components to CFB Trenton. The requirement is broken down into a firm 7 million litres of fuel with four additional 1 million litre options. The supply of fuel is required before 31 March 2025.
RE: TO PERFORM LIFECYCLE GREENHOUSE GAS ANALYSIS OF BIOMASS-BASED DIESEL (BBD) AND SUSTAINABLE AVIATION FUEL (SAF). POP 10-15-2021 THROUGH 10-14-2022 Solicitation ID/Procurement Identifier: GS00F010CA Ultimate Completion Date: Fri Oct 14 17:00:00 GMT 2022
Number RFP-24-023SB Title Sustainable Aviation Fuels Consultant – Business Plan Available Date 3/15/2024 3:45 PM Clarification Deadline 3/29/2024 11:00 AM Due Date 4/11/2024 11:00 AM Contact Information purchasing@snoco.org Bid Type RFP Details :- Users must be logged in to access the RFP documents under the Bid Documents tab.
Benefits: [RMB4][LW5] Higher CO2 conversion and energy efficiency compared to traditional methods. Modularity and flexibility in energy and hydrogen sourcing. Reduced activation energy and faster reaction kinetics. Compatibility with existing industrial CO2 sources for onsite valorization. Potential for decarbonizing large-volume chemical products. Applications: Petrochemical and polymer industries. Sustainable aviation fuel production.
