top of page

Our Technology

nanoefx | ecoSpray represents a breakthrough in combustion optimization technology

How It Works

Traditional combustion processes often suffer from incomplete fuel burning due to sub-optimal air conditions. This leads to wasted fuel, increased emissions, and carbon deposit buildup.

nanoefx | ecoSpray addresses this by conditioning the intake air using advanced nano-spray technology. Our system creates microscopic droplets that optimize humidity and temperature conditions, ensuring ideal combustion parameters.

The result is more complete fuel combustion, which translates directly into fuel savings, emission reductions, and cleaner engine operation. Our patented delivery mechanism ensures consistent performance across varying operating conditions.

9bYmOVMLQZPHdIyOBtvhg.jpg

Technology Deep Dive

Watch our engineers explain the science behind nanoefx | ecoSpray and how nano-spray technology optimizes combustion

Globally Protected Technology

Patented

European Compliance

CE Certified

Quality Management

ISO 9001

Maritime Certified

IMO Approved

Our proprietary nano-particle delivery system optimizes air conditioning at the molecular level

Patented Nano-Spray Technology

image-1-1-3.jpg

Continuously adjusts to varying operating conditions for consistent performance

Real-Time Optimization

nanoefx-img.jpg

Integrates seamlessly without engine modifications or warranty concerns

Non-Invasive Installation

206764108_l.jpg

Works with diesel, heavy fuel oil, and other fossil fuel engines

Universal Compatibility

160789770_l.jpg

Validated by third-party testing and extensive field deployment

Proven Results

image-17-1.jpg

Reduces environmental impact while improving operational efficiency

Eco-Friendly Solution

205327766_l.jpg

When applied to the air filter, NANOEFX helps generate an electric field through the piezoelectric effect. This helps ionize moisture in the intake air into H₂⁺ and OH⁻ ions, supporting more efficient combustion, improved fuel efficiency, enhanced engine performance, and reduced emissions.

Performance Metrics

15-25%

Fuel Consumption Reduction

Typical savings across diesel and heavy fuel oil engines

20-35%

Emissions Reduction

NOx, particulates, and CO2 emission decreases

40-60%

Carbon Deposit Reduction

Significantly cleaner combustion chambers

Operating at the ideal fuel-to-air ratio is crucial to optimized combustion efficiency

Even a slight reduction in emissions can have a big effect over time.

Less NOx emissions means greater opportunity for the engine to achieve fuel efficient lean burn conditions without exceeding NOx thresholds.

Operating at the ideal fuel-to-air ratio is crucial to optimized combustion efficiency

Even a slight reduction in emissions can have a big effect over time.

Less NOx emissions means greater opportunity for the engine to achieve fuel efficient lean burn conditions without exceeding NOx thresholds.

bottom of page