Business Details
Clean Engine Technology for Performance & Sustainability
At Speed Of Air, we are pioneers in developing groundbreaking clean engine solutions that redefine the capabilities of internal combustion engines. Our patented technology enhances fuel efficiency, boosts performance, and significantly reduces emissions across diverse industrial and transportation sectors, all without requiring exotic fuels or after-gas devices. Recognized for innovation, we received the 2016 Economic Development of Western Nevada Leader in Sustainability Award for small companies, underscoring our commitment to environmental stewardship. With three issued US patents and four additional pending, our team combines technical expertise and industry experience to deliver scalable, cost-effective solutions.We serve maritime, military, mining, agriculture, trucking, and public transportation sectors, ensuring our clients achieve operational excellence while meeting sustainability goals. Our technology is rigorously tested and validated through independent studies, demonstrating measurable improvements in fuel mileage and emissions reduction. By prioritizing transparency and collaboration, we empower industries to adopt cleaner, more efficient practices today for a sustainable tomorrow.
Services
Hyperformance Pistons
Emission Reduction Solutions
Fuel Efficiency Upgrades
Engine Performance Enhancements
Clean Combustion Technology
Highlights and features
- Patented technology improves fuel efficiency and reduces emissions.
- Award-winning sustainability solutions for industrial engines.
- Compatible with all fuel types and major engine brands.
- No reliance on exotic fuels or after-gas devices.
- Proven performance validated by independent test results.
Associations and certifications
- US Patent Office
What people say
Improved fuel efficiency
Reduced emissions
Enhanced engine power
Cost-effective upgrade
Proven results
Services
Hyperformance Pistons
Hyperformance Pistons utilize patented combustion chamber geometry to optimize fuel efficiency and reduce emissions. This technology enhances engine performance across diesel, natural gas, and gasoline platforms without requiring exotic fuels or after-treatment systems. Independent testing confirms measurable improvements in torque, fuel mileage, and emissions reduction for commercial and industrial applications.
Emission Reduction Solutions
Our clean engine technology reduces criteria emissions by up to 20% while maintaining engine power. Designed for heavy-duty diesel engines in maritime, mining, and transportation sectors, this solution eliminates reliance on selective catalytic reduction systems. Field-tested results demonstrate compliance with environmental regulations while lowering operational costs through improved fuel economy.
Fuel Efficiency Upgrades
Speed of Air's combustion optimization technology improves fuel mileage by 8-12% in diesel engines. Applicable to existing fleets without engine modifications, this upgrade reduces fuel consumption and operational expenses. Validated through third-party dyno testing on Cummins, Duramax, and Power Stroke engines, it delivers immediate ROI for commercial operators.
Questions
How does Speed of Air's technology improve engine performance?
Our patented piston design optimizes combustion chamber geometry, improving fuel burn efficiency to increase power output and torque while reducing fuel consumption.
Is this technology compatible with existing engines?
Yes, Hyperformance Pistons work with all major diesel engine brands including Cummins, Duramax, and Power Stroke without requiring engine modifications.
What emissions reductions can I expect?
Independent testing shows up to 20% reduction in criteria emissions while maintaining or improving engine performance and fuel economy.
Are there real-world performance validations?
Yes, our technology has been independently tested on CAT 3516 engines, Duramax platforms, and various commercial fleets with documented performance improvements.
How does this compare to other emission control systems?
Unlike after-treatment systems, our solution works within the combustion chamber, eliminating reliance on urea-based SCR systems while achieving emissions reductions.
