Here's a general overview of how a HHO generator works on vehicles:
1. Water Reservoir: The HHO generator has a water reservoir that stores the water needed for electrolysis.
2. Electrodes: The generator contains electrodes (positive and negative) that are immersed in the water.
3. Electrical Power: An electrical current is passed through the water, causing it to split into hydrogen and oxygen gases through a process called electrolysis.
4. Gas Separation: The hydrogen and oxygen gases produced during electrolysis are separated and collected in different chambers within the generator.
5. Mixing: The hydrogen and oxygen gases are mixed together in a controlled ratio to form a HHO gas mixture.
6. Fuel Injection: The HHO gas mixture is then introduced into the engine's air intake system, typically through a hose or manifold.
7. Combustion: The HHO gas mixture mixes with the fuel and air in the engine's cylinders and burns during the combustion process.
8. Enhanced Fuel Efficiency: The burning of the HHO gas mixture is said to improve fuel efficiency by providing additional fuel to the engine, potentially reducing the amount of gasoline or diesel needed.
9. Reduced Emissions: HHO generators claim to reduce emissions by promoting more complete combustion of the fuel, resulting in fewer unburned hydrocarbons and other pollutants.
10. Increased Engine Power: Some proponents of HHO generators suggest that the additional oxygen in the HHO gas mixture can lead to increased engine power and performance.
It's important to note that the effectiveness and benefits of HHO generators are subjects of debate, and there is no conclusive scientific evidence to support all of the claims made by their proponents. The performance and impact of HHO generators can vary depending on the specific vehicle, engine type, driving conditions, and quality of the generator itself.
