products
HYDROGEN INJECTION KIT FOR LARGE VEHICLES
- Vehicle types: trucks & buses
- Reduces fuel usage by 10-18%
- Improves vehicle power by 10-15%
- Reduces exhaust emissions by up to 70%
- Easy to install
- PEM hydrogen electrolyser
- Low power operation
- Not corrosive
- HHO gas helps remove carbon deposits
- Customised high-precision microcomputer control for each vehicle
HYDROGEN INJECTION KIT FOR SMALL VEHICLES
- Vehicle types: Vans, utes & passenger cars
- Easy to install
- Reduces fuel usage by 15-20%
- Improves vehicle power by 20-25%
- Reduces exhaust emissions by up to 70%
- No additional catalyst required
- 0.15L/min – 3L/min Production rate
- PEM hydrogen electrolyser
- Low power operation
- Not corrosive
- HHO gas helps remove carbon deposits
- Customised high-precision microcomputer control for each vehicle
HYDROGEN INJECTION KIT FOR CUSTOM ENGINES
- Engine types: Generators, static, heavy machinery, trains, boats & ferries
- Reduces fuel usage by 10-20%
- Improves vehicle power by 10-25%
- Reduces exhaust emissions by up to 70%
- Easy to install
- PEM hydrogen electrolyser
- Low power operation
- Not corrosive
- HHO gas helps remove carbon deposits
- Customised high-precision microcomputer control for each engine
TEST RESULTS
Alpha H2’s hydrogen injection system has been proven and trialled across multiple engines through a series of comprehensive tests across different brands, models, and years.
See below the results of one of those tests on a truck.
The first test without the system installed
Average L/100km: 33.5L
Consumption: 50.5L
Distance: 150.9km
Second test with the system installed
Average L/100km: 27.8L
Consumption: 42.0L
Distance: 150.6km
Result: Fuel economy improved by 17%
From many tests such as this, Alpha H2 found that the trucks using the hydrogen truck kit can improve the fuel economy by 10-18%, while cars can be improved by 15-20%.
Please note these are internal tests only.
HOW THE ALPHA H2 SYSTEM WORKS
- The Alpha H2 technology is a sophisticated but simple-to-use hydrogen on-demand system.
- It uses distilled water and low-voltage electricity from the electrical system of the vehicle to produce hydrogen via its PEM Electrolyser.
- The high-tech control unit communicates between the engine and the electrolyser, ensuring the optimal amount of hydrogen is injected into the engine.
- The controlled addition of hydrogen into the engine improves combustion efficiency and results in a cleaner burn, reducing the fuel needed to run the engine.
- Subsequently, it reduces carbon emissions as less fuel is being used and reduces exhaust emissions by up to 70%.
- The reduction in smoke emissions reduces air pollution while extending an engine's life and reducing maintenance costs as fewer dirty particulates are going through it.
