If you’ve ever wondered how hydrogen – in the form of Hydrogen Carbon Cleaning, or HHO – can supercharge internal combustion engines and ramp up their efficiency, you’ve come to the right place! Whether your engine runs on diesel or gasoline, the addition of HHO, or Brown’s Gas, can lead to dramatic enhancements in combustion.

Decoding Complete Combustion

Combustion is the process that powers your vehicle, and it can be complete or incomplete. In the ideal scenario of complete combustion, the reaction yields minimal byproducts – just carbon dioxide (CO2) and water (H2O). Carbon dioxide, although a greenhouse gas, is a natural part of our atmosphere, exhaled by humans and absorbed by plants.

The Pitfalls of Incomplete Combustion

In contrast, incomplete combustion is a less efficient reaction where fuel is only partially burned. This partial burning generates not just CO2 and H2O, but also carbon monoxide (CO) and soot – both of which are harmful. Insufficient mixing of oxygen and fuel, inadequate oxygen supply, lack of burn time, cooling before combustion is complete, or the complexity and size of hydrocarbon can cause incomplete combustion.

Enter HHO: A Gamechanger for Combustion

With its remarkable chemical properties, HHO can turn incomplete combustion into complete combustion, enhancing fuel efficiency, reducing emissions, and promoting a cleaner engine.

One of the key ways HHO does this is through its astonishing flame speed. This speed is a whopping six times faster than that of gasoline, which means it can quickly spread across the fuel, ensuring that more of it is exposed to the combustion reaction.

But that’s not all. HHO also increases the Hydrogen to Carbon (H/C) ratio, which means less activation energy is needed for combustion, and more energy is released when combustion occurs.

Another advantage of HHO is that it comes in a monoatomic state, meaning it’s already broken down into single elements. This means less energy is needed when it’s introduced into the combustion equation, turning it into an exothermic reaction that adds more energy to the combustion equation.

HHO also elevates the octane rating of lower-grade fuels, leading to stronger horsepower and increased combustion efficiency. Lower octane levels can cause the “knocking” sound, a result of pistons becoming out of sequence. However, the addition of HHO causes combustion to occur much closer to the top-dead-center (TDC), ensuring that more power is converted to the piston without knocking.

Proven Results of Adding HHO

Multiple studies worldwide have illustrated the positive effects of adding HHO to gasoline and diesel engines. These studies have consistently found that the addition of HHO leads to improved efficiency, more complete combustion, better fuel economy, lowered emissions, and increased power.

Adding HHO to internal combustion engines indeed seems like the ultimate play in the field of engine performance, a gamechanger that leaves no room for competition. With the power of HHO, your engine can achieve optimal performance, becoming not just more powerful, but also more environmentally friendly.