Hydrogen Direct Technology: Revolutionising Diesel Engines for Cost Savings and Emission Reduction
November 7, 2024The HYDI Hydrogen Direct System represents a significant step forward in reducing diesel engine emissions while optimising performance. Designed and assembled in Australia, HYDI units are the result of over a decade of dedicated research and innovation aimed at providing an environmentally friendly solution that also reduces running costs for diesel engines.
How the HYDI System Works
The HYDI system injects controlled amounts of hydrogen into the diesel engine’s combustion chamber. This process enhances fuel combustion, reducing harmful emissions and improving fuel efficiency. Unlike many systems on the market, HYDI units rely solely on pure certified water, avoiding caustic substances and ensuring a clean, pure operation.
Key Innovations Behind the HYDI System
- Pure Hydrogen Solution: HYDI’s technology exclusively uses pure certified water, ensuring a safe and non-corrosive process. This innovation reduces the environmental impact while extending engine life.
- Adaptive Electronic Control: The HYDI system adjusts hydrogen input according to each engine’s specific needs, optimising performance based on operating conditions and maximising efficiency.
- Reduced Electrical Input: The system is designed to minimise electrical usage, further enhancing efficiency and lowering operational costs.
- Remote Monitoring: HYDI units offer remote monitoring capabilities, allowing clients to track performance metrics, engine health, and emission levels in real time.
Why Choose HYDI?
Headquartered in South Australia, HYDI serves clients around the world, standing behind its products with a 12-month warranty on all units. Our technology is designed to meet the dual needs of reducing operating costs and contributing to global emission reduction goals.
For more information on how HYDI’s Hydrogen Direct System can benefit your business and the environment, visit HYDI. Join us in the journey toward a cleaner, more efficient future.