Sky Pure Energy

Sustainable Feedstocks for SAF & HVO Production

Reliable Feedstock Solutions for a Lower-Carbon Fuel Future

Feedstocks are the foundation of sustainable fuel production. The availability, quality, traceability and certification of raw materials directly influence the commercial, regulatory and environmental performance of SAF and HVO projects.

Sky Pure Energy supports clients in evaluating and structuring sustainable feedstock supply opportunities, with a focus on materials that can contribute to circularity, waste valorisation and the production of renewable fuels.

 

Role of Feedstocks in SAF & HVO

SAF and HVO production depends on renewable and residual raw materials such as waste oils, processing residues, recovered fats and other biomass-based inputs. These feedstocks are converted through advanced refining processes into fuels that can help reduce the carbon intensity of aviation and road transport.

Sustainability, Traceability & Quality

Sky Pure Energy understands that feedstock sourcing must be supported by transparent supply chains, reliable documentation, applicable certifications and consistent quality parameters. Our approach is focused on connecting supply opportunities with the operational, regulatory and sustainability requirements of renewable fuel producers.

POME Oil

POME Oil is a feedstock already developed within Sky Pure Energy’s commercial activity. It is associated with the palm oil production chain and can be used as a raw material for SAF and HVO production when properly sourced, processed, documented and aligned with applicable sustainability and certification requirements.

Key Benefits

Established feedstock within the renewable fuels market
Potential application in SAF and HVO production
Relevant for waste and residue-based supply strategies
Requires strong focus on sustainability, traceability and documentation
Can support industrial-scale renewable fuel projects when properly structured

Applications

SAF production
HVO production
Renewable fuel refining
Feedstock blending strategies
Long-term industrial supply programmes
Used Cooking Oil

UCO-Used Cooking Oil

Used Cooking Oil is a residual oil collected from commercial, industrial and food service sources. When properly collected, filtered, documented and certified, UCO can be used as a valuable feedstock for advanced biofuels, including SAF and HVO.

Key Benefits

Waste-based raw material
Supports circular economy principles
Widely recognised in renewable fuel supply chainss
Strong relevance for SAF and HVO production
Can contribute to reducing dependency on virgin raw materials

Applications

SAF production
HVO production
Renewable diesel
Advanced biofuel production
Waste-to-energy supply chains

SBEO-Spent Bleaching Earth Oil

Spent Bleaching Earth Oil is recovered from used bleaching earth generated during vegetable oil refining. When properly recovered, processed and validated, SBEO can be considered a residual feedstock with potential applications in renewable fuel production.

Key Benefits

Residual stream from vegetable oil processing
Supports waste valorisation
Potential use in biofuel and renewable fuel applications
Helps improve circularity within oil refining operations
Requires technical validation, pre-treatment and quality control

Applications

SAF and HVO feedstock evaluation
Biofuel production
Waste oil recovery
Industrial residue valorisation
Circular economy projects

Food Waste Oil

Food Waste Oil represents oils and fats recovered from food waste streams. It supports circular economy models by transforming waste into a potential energy resource for renewable fuel production, subject to proper collection, treatment, quality control and certification.

Key Benefits

Promotes waste reduction and resource recovery
Supports circularity in food and energy systems
Can contribute to renewable fuel feedstock diversification
Relevant for industrial decarbonisation strategies
Requires robust collection, traceability and processing standards

Applications

SAF and HVO feedstock supply
Advanced biofuel production
Waste-to-fuel projects
Circular economy platforms
Energy recovery from food industry residues