FlyORO provides last-mile blending and distribution of sustainable aviation fuel (SAF) directly at airports using patented modular technologies. This approach addresses the logistical challenges and high costs associated with traditional SAF supply chains, enabling flexible on-demand blending and reducing the carbon footprint of aviation fuel delivery.
Funding
$1.6M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
The sustainable aviation fuel (SAF) supply chain faces logistical challenges and high costs due to centralized refining and varying blend requirements. This complexity limits accessibility and increases the carbon footprint associated with SAF delivery to airports.
Solution
FlyORO provides on-site, last-mile blending and distribution of SAF directly at airports, addressing the limitations of traditional SAF supply chains. Utilizing patented modular technologies, FlyORO enables flexible, on-demand blending of SAF, accommodating different blend ratios and reducing logistical complexity. By partnering with airports and jet fuel service operators, FlyORO integrates its modular assets with existing fuel farms, converting airports into SAF-friendly hubs without significant capital expenditure. This approach simplifies operations, reduces inventory management challenges, and lowers the cost barrier for airlines transitioning to sustainable fuels.
Target Audience
FlyORO's primary customers are airports, jet fuel service operators, and airlines seeking to adopt sustainable aviation fuels and reduce their carbon footprint.
Features
- Patented modular blending units for on-site SAF production at airports
- Flexible blend ratio capabilities to meet varying airline commitments and regulatory requirements
- Seamless integration with existing airport fuel infrastructure, minimizing capital expenditure
- Simplified supply chain logistics, reducing transportation costs and carbon emissions
- On-demand blending to optimize inventory management and reduce waste
- Remote monitoring and control systems for efficient operation and maintenance