The Science

Not magic. Just hydrogen at 40,000 feet per second.

H₂ + O₂

Extracted From Water

<500W

Alternator Draw

40,000 ft/s

Combustion Speed

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How It Works

Four steps. One transformation.

01

Gas Generation

Electrolysis kits extract H₂ and O₂ from water, creating a powerful blend injected directly into the air intake.

02

Enhanced Combustion

Hydrogen-oxygen mix acts as catalyst, boosting fuel burn speed 10× while steam cleans inner engine carbon deposits.

03

Efficiency Boost

Fuel consumption drops up to 50%. Emissions plummet to near zero. Engine runs smoother, cooler, longer.

04

On-Demand Production

Electrolyzes water in real time using only alternator power. No tanks. No infrastructure. Just water.

hho_composition.dat

HHO Gas Composition

Produced as a blend of 66% hydrogen and 33% oxygen — without separating H and O. When ignited, hydrogen burns at 40,000 ft/s — 10× faster than diesel’s 4,000 ft/s — ensuring near-complete fuel combustion and dramatically reduced unburnt hydrocarbons.

pwm_controller.dat

The Smart PWM Controller

AI-optimized pulse-width modulator limits draw to 25A peak, protecting the alternator. 316L stainless steel electrode plates with anodized coating rated to over 50,000 operating hours. Draws less than 500W total — less than a household iron.

combustion_chemistry.dat

Combustion Chemistry

NASA TN-D-8487 (1977) confirmed hydrogen supplementation increases flame speed by 300%, enabling leaner air-fuel ratios. All emissions decrease under lean conditions. The reaction converts back to water vapor — cleaning carbon deposits and lowering emissions simultaneously.

Scientific Validation

Backed by NASA. Verified by SAE. Proven on real roads.

Independent studies from NASA, SAE and academic institutions confirm supplemental hydrogen injection improves combustion efficiency. SamJo DecarbX systems leverage this validated principle through on-demand HHO electrolysis.

NASA

NASA TN-D-8487 (1977)

Hydrogen supplementation increased flame speed 300%, enabling leaner air-fuel ratios. All emissions decreased — CO, HC, NOx.

Ref: NASA-TN-D-8487, 1977

SAE

Society of Automotive Engineers

Meta-analysis of 12 SAE papers confirms hydrogen enrichment extends lean-burn limits and lowers NOx without catalytic converters.

Ref: SAE 2000-01-2206, 2004-01-1851

CEE

California Environmental Engineering

Verified 30% fuel reduction and 95% lower emissions in diesel engine testing.

Third-party verified

AHA

American Hydrogen Association

CO emissions reduced to near-zero levels in controlled testing environments.

Independent controlled tests

Vehicle Mileage Results

20+ vehicles tested

Vehicle

Before

After

Gain

2009 Hyundai Genesis

22 mpg

40.65 mpg

+84.77%

1994 Ford Falcon

24 L/100km

12 L/100km

+100%

2015 Chevy S10

6.0 K/L

10.45 K/L

+74%

2009 GMC Yukon

20 mpg

33.5 mpg

+67%

2005 Toyota Matrix

9 km/L

15 km/L

+66.7%

Caterpillar 85D diesel

44 LPH

26.6 LPH

+65%

2013 Toyota Hilux

6.4 K/L

10.2 K/L

+60%

1995 Freightliner Big Rig

6 mpg

8.75 mpg

+45.83%

40–80%

Fuel Efficiency Gains

90–95%

HC/CO Reduction

85–90%

NOx Reduction

500W

Max Alternator Draw

50,000 hrs

Electrode Lifespan