Fuel savings
Direct reduction in operating costs. Fewer gallons of fuel burned means an immediate return on investment for fleets of any size.
Nanotechnology-based fuel optimizer
What is SKE2™?
SKE2™ is a hydrocarbon-based solvent developed using nanotechnology that optimizes fuel performance within the engine, activating during combustion.
It acts directly on the molecular dynamics of the fuel, improving its mixture with oxygen and achieving more efficient, cleaner, and more complete combustion.
- No engine modifications are required
- Does not contain metals
- Leaves no residue
Fuel Efficiency
Designed to optimize fuel use
CO₂·NOx·PM
Reduced emissions
100%
Compatible with engines
0
Engine modifications
Mechanism of action
How SKE2™ transforms combustion to make it more efficient
It acts directly on the molecular dynamics of the fuel during engine combustion, resulting in more complete and efficient combustion.
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01
Molecular activation
SKE2™ is blended with the fuel through a mechanical activation process, increasing the molecular kinetic activity of C8–C12 hydrocarbons.
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02
Reduction in intermolecular attraction
Nanotechnology-grade solvents reduce the cohesion between molecules, increasing mobility and facilitating the vaporization and micro-atomization of the fuel.
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03
More complete combustion
A better fuel-air mixture allows each molecule to burn completely, extracting maximum energy and reducing unburned residues.
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04
Result: efficiency and cleanliness
Greater thermal efficiency → fewer gallons consumed. Clean combustion → CO₂, CO, NOx, and PM emissions decrease proportionally. No catalysts, no waste.
Business value
Benefits that impact the business
SKE2™ delivers three categories of immediate value to fleets, airlines, and industrial operators.
Emissions reduction
Proportional reduction in CO₂ (Scope 1), NOx, CO, and particulate matter. Direct value in carbon credits and regulatory compliance.
Engine protection
Cleaner combustion reduces injector fouling, piston wear, DPF loading, and maintenance downtime.
Greater thermal efficiency
More of every gallon is converted into usable power. Improved combustion speed and fine atomization maximize energy extraction.
Full compliance
Compatible with DPF, SCR/DEF, and all emission control systems. No ECM tampering or engine modifications required.
Immediate implementation
No modifications to the engine or infrastructure. Scalable to the entire fleet from day one, for any type of fuel.
Technical basis
The chemistry behind SKE2™
Formulated from naphtha fractions and natural gasoline, refined under strict control of the boiling point to ensure maximum molecular activation.
Controlled chemical composition
A precise mixture of octane, nonane, dodecane, 1,2-dimethylbenzene, and 1-methyl-3-ethylbenzene. Distilled, neutralized, and rectified to a narrow boiling range: 149–213 °C.
No harmful additives
No metals. No surfactants. No catalysts. No residues. Does not interfere with exhaust aftertreatment. Compatible with DPF, SCR/DEF, and all emission control systems.
Key physical properties
Density: 0.76–0.79 g/cm³ · Flash point: 40.5–43.5 °C · Kinematic viscosity: 1.14 mm²/s at 25 °C · Surface tension: 24.5 mN/m · Insoluble in water.
Platform-agnostic
It runs on diesel, gasoline, biodiesel, and jet fuel. Independent of the OEM, the emissions system, and the engine. Scalable to the entire fleet without technological limitations.
Optimize your operations today
Save fuel, reduce emissions, and improve your vehicle's performance.