BLULAB HHO Cell
BLULAB HHO Cell is a oxyhydrogen ionic generator composed of various as yet undivulged technologies, designed and built exclusively in Italy, this system can produce hydrogen and oxygen (oxyhydrogen or HHO) by water electrolysis using the same power as required to light a bulb, the implosive gas is ionized and delivered through a special vaporising nozzle. In contrast to the currently available electrolysers which use caustic soda or potassium carbonate as electrolyte, our oxyhydrogen cell uses distilled or rain water to make the fuel, without any electrolyte at all, to produce very high potential energy gas that is free from toxins or erosive vapours which can systematically damage the mechanical parts; BLULAB HHO Cell’s design and architecture, applied to vacuum flow and motion offers the greatest security and trustworthiness of the device and prevents lingering and ignition of flammable gases within the cell.
The BLULAB HHO Cell is a new design oxyhydrogen ionic generator composed of a new concept cylindrical electrolyser with built-in tank whose complete dimensions are 33cm high and 10cm wide, de from which is driven by an intelligent PWM (Pulse Width Modulator) based electronic circuit, equipped with temperature and water level, gas pressure and 3D crash sensors; the cathode and anode are the cylindrical spiral plates of a supercapacitor in hi quality titanium optimized with a special life-extending treatment, and above that is the built-in water tank which can cause a vacuum flow as it can suck air from a parallel inlet that prevents pressure build up in the generator.
The implosive oxyhydrogen gas produced, is passed through an ionising vapouriser close to an adequate heat source, like a car’s exhaust pipe, through certain properly dimensioned tubes ad a specially calibrated flow rate, to become a non-explosive gas.
BLULAB HHO Cell dimensions: 330mm * Ø 100mm
Cell operating voltage: 2/12 Volt DC
Current draw: 2/25 Amps
HHO Production approx: 2.0 LPM @ 15A (car installed)
Operating temperature -10°~70°