Green Gas Fuel

Glossary

BEV Battery Electric Vehicle. The early autos and the future!

Booster (see Electrolyzer)

Brown's Gas (see Hydroxy)

Container Cell Common electrolyzers have an outer container which holds the water or electrolyte. Plates or tubes are submerged inside the sealed container.

Dry Cell 1. An electrolyzer formed by stacking plates and gaskets in succession. The water or electrolyte is between the plates. The gaskets seal the plate stack. The outside of the plate stack is the outside of the cell and it is dry. 2. A tube cell that is not submerged but sealed on the ends. The outside of the tubes is dry.

Electrode Plate Typically a stainless steel plate with a connection to a power source.

Electrolysis The conventional process of using electricity to split H2O into (2)hydrogen atoms and (1)oxygen atom.

Electrolyzer Generic term for any type of electrolysis cell.

HHO (see Hydroxy)

HOD Hydrogen On Demand. By sending battery power to the electrolyzer, we crack water into hydroxy only when we need it. The explosive hydrogen is stored safely in water!

HOH (see Hydroxy)

Hydroxy Water that has been split into hydrogen gas (H2) and oxygen gas (O2). If both are allowed to bubble up together- it is a burnable fuel.

ICE Internal Combustion Engine. 99.9% of the vehicles on the road today are ICE.

Internal Bolting A dry cell that has bolts that run through the plates and gaskets.

Neutral Plate Plate with no connection to power source, located between electrode plates.

Neutral Group Group of neutral plates that include the closest positive and negative electrode plates.

Overdriven Plates or tubes that have more than about 2.4 volts are considered to be overdriven- the excess voltage creates wasted heat and can lead to thermal runaway.

Pulse Width Modulator Pulsing circuit that also has the ability to add width or time delay between pulse groups. The second 555 timer chip controls the width.

PWM (see Pulse Width Modulator)

Stainless Steel Grade 304 is most commonly used in electrolyzers, but will continously leach iron if overdriven. Grade 316L is preferred but also costs more.

Tin Foil Hat An optional piece of testing equipment for extreme hydroxy enthusiasts.

Wet Cell (see Container Cell)

Water Fuel Cell A system developed by Stanley A. Meyer that is comprised of an LC circuit, feedback coil, Voltage Intensifier Circuit, electron extraction circuit and exciter array. Through the use of high voltage fields (generated by the LC circuit) the covalent bonding electron is extracted and use to power an amp consuming device while the Hydrogen and Oxygen is utilized as a fuel gas.