Latest HHO News-Research.
“Cold” HHO benefits are phenomenal!
This system it is possible to do the work with a laser-voltage!
A pulsing potential difference at the correct
resonant frequency is all you need to blast
water into HHO gas!
HHO is a mix of gaseous oxygen and hydrogen. When H2 adn O2 burn you get one of the hottest chemical fires you can get. H2 cannot be mined, it must be made and that takes ENERGY. More energy than you get out of it. Typical H2 stripping techniques from water are only %20 efficient. In other words of the energy you pump into a H2 generator, only 20% goes into getting the desired effect.
To get around this engery lost A low level cold laser is fired into the water to find the resonant frequency and spin of the atoms are determined for HHO via laptop. Never mind the Hisenberg Principal of Uncertainty, that is worked out :). Then the magnetic Resonate lasered water impart excess HHO energy at the ionic bonds of HHO gas.
Best of all you can power the laser with a low wattage
solar panel on your car! (Spec to be release soon).
Advance HHO Design Info.
2,000 USD HHO Generator Plates:
One needs to make the water conduct electricity to make the two gasses. lab generation uses platinum electrodes. Priced this metal recently? Try $2000 an ounce. It is not used up, so at the end it can be sold again. Platimum or other 'noble metals' will make electrodes that last. Any other material will rapidly deteriorate under the conditions found in electrolysis, including stainless steel.
PARTS I HAVE USED IN MY HHO DRY GENERATOR!
SHOWN AT THE TOP LEFT OF THIS PAGE
AS A ANIMATED GIF IMAGE.
NEW ADVANCE PROJECT:
SOLAR PANEL VOLTAGE
MOBILE 13.8 VDC
EXTREME METALS..
CREATED WITH THIS ANODE & CATHODE SET-UP
SPECS:
NIOBIUM Mesh
PLATINUM Mesh
RHODIUM Rod
TITANIUM Mesh
RATED AT 13.8 VDC with a Pulsating Width Modulator device to decrease the amp draw this keeps the HHO system cooler and increase the production of Hydrogen at 5 amps.
PAIRED WITH A TITANIUM CATHODE ( - NEGATIVE CONNECTION )
& PURE PLATINUM ANODE ( + CONNECTION )
Project animate gif shown
at the top left of this page.
Welcome To The New Generation HHO Dry Cell Generator..
The time has come to say goodbye to the Mason Jars, PVC pipes, and other Containers designed to hold your plates in an submerge Hydrogen Generator. Those things are old news, history, kaput.
While they did have their time and place, they have become virtually obsolete. Plagued with problems like overheating, Current leakage and a host of other dangerous factors. The submerge type Hydrogen Generator has seen it's day.
HHO "DRY" CELL. Though not technically dry, the fact that liquid does not cross the plate edge boundaries has caused the phrase to be named as such. Its a Dry Cell, meaning its not immersed in the catalyst, has a smaller size, and seems to have eliminated the edge voltage leaking typical with plate cells. It is technically known as a isolated series cell design. This design eliminates current leakage by isolating each plate pair from the next. The result is a cooler, more efficient running generator. The voltage between each plate is easily controlled and is uniform across the entire cell stack. This isn't as complex as it sounds, but its the future for HHO generation.
Why use a Reservoir, Bubbler/Mix Tank?
There are many reasons you should use an external tank. Safety is the utmost concern when adding a Hydrogen unit to your vehicle. By using an external Reservoir, Bubbler/Mix Tank if there ever was a backfire or flashback into your unit it would flash into the tank and not your precious Hydrogen convertor/generator. The Reservoir, Bubbler/Mix Tank also acts as a dryer/cleaner that can help remove the catalyst chemicals from your Hydrogen gas, keeping them from reaching your engine. The Reservoir, Bubbler/Mix Tank allows a longer time between maintenance or service. You can’t go wrong by adding a Reservoir, Bubbler/Mix Tank to your system!
Some of the simple wire or coil HHO units of past and today could be maded much safer, with a reservoir/bubbler a few add-ons and magnetic field alignment for increased production meaning all the current flows through the cell in only one direction. You would have a cooler and better Dry-like hydrogen hybrid generater.
WARNING !!!. THE ELECTROLYSIS OF COMMON MIX'S WILL PRODUCE BOTH CHLORINE AND HYDROGEN GAS AND OTHERS THAT ARE VERY DANGEROUS. BE SURE TO VENT YOUR HHO CELL PROPERLY TO OUTSIDE AIR. FAILURE TO DO SO MAY CAUSE AN EXPLOSION FROM THE HYDROGEN GAS AND CHLORINE GAS CAN KILL YOU. WE ASSUME NO RESPONIBILITY FOR YOUR SAFETY. PLEASE USE COMMON SENSE. CHLORINE SMELLS LIKE BLEACH. IF YOU CAN SMELL IT IN YOUR WORK AREA THEN YOUR VENTING IS NOT WORKING. TURN OFF THE CELL AND RE-ROUTE THE VENT TUBING. ALSO KEEP SPARKS AWAY FROM THE VENT AS HYDROGEN GAS WILL IGNITE, AND YOU'LL HAVE A VERY BAD DAY.
Answering Questions about HHO designs ect are a legal mine field, so I understand why some people dodge them..
This is my way of building a HHO unit, it needs to be very simple, with never over 5 amp draw. You may want to sell your designs or units so from the start think safety first by installing all the safety hardware and gauges you can think of on even the small units for control.
One LPM max output - at 5 amps is what you aim for with this in mind, most people get good mileage gains on this low output as Hydrogen burns at a 115 octane. To much Hydrogen can burn a hole clean through cylinder pistons and burn up cylinder heads if too much hydrogen is deployed into the engine's intake manifold. The key is to keep it as safe as possible and get maximun output for minimal amp draw.
Pulsing (PWM) - or modulation of the input voltage waveform could increase the performance further, as it is known that in the beginning of each pulse larger current flows than in the steady state condition, thus lowering the cell voltage needed to push thru a certain amount of current and increasing the efficiency slightly.
Wire - Mesh vs Plate theories.
Wire or mesh
Is more efficient and can produce smaller more stable amounts of HHO and with a few changes the older units can be converted to the new DRY HHO technology...
Plates produce more HHO
But have the disadvantage of drawing to many amps, being unstable, and creating heat which is essentially just wasted energy.
They are many builders designing large HHO output generators producing a minimun 1/2 TO 1 LPM per liter size of engine, some of these HHO units With large stainless steel plates aren't safe and given time will surely destroying the engine with all kinds of gunk and corrosion from the dissolved SS plate metals.
A temperature thermo switch install in the HHO unit so that you can observe the operating temp of the unit, Flow thru meter type .05/min air liters .05/3 LPM/AIR stainless steel connections. HHO DRY cell is a bubbler (water filled tank) to prevent back-fires and delivers dry hho.. Flash back/killer most of these don't work. install Two check valves on each cell unit. ON/OFF common 20-30 Amp Relay.
These are some of the things i've learned over the years, the high output HHO units 10-30 AMPS and be on are very high maintance, not safe, and the engine wear is greater. The little simple 5 amp clean output HHO units just keep on going, making more beleivers everyday..
Do not be impressed with anyone that tells you there unit can draw 10-30-60 amps, all amperage over 7-10 is simply wasted energy with the simple HHO units designed for car engines and you can get into a lot of problems with water vapor,thermal runaway, melted wires, and explosions ect.
A Catalysts (additives) must be used in HHO production: Catalysts to start with use a small amount, increasing gradually until your goal amperage is reached, bear in mind that a cold start may be at .05 amps and gradually increase as high as 5 amps depending on which catalyst is used with a proper designed HHO unit. Some catalysts are consumed during HHO production, while others are not consumed, and only water needs to be added.
KOH, "Potassium Hydroxide",Red devil lye available at most grocery stores is a electrolyte that isn't used up in the electrolyte process.
They are several devices that are going to cost you "extra" and should to be install, because sooner or later there may be a fluid leak into the intake manifold from a over filled HHO and one type of mix used makes the popular potassium Hydrogen this will desolve a aluminum Cola can in five minutes, think what it would do to a aluminum engine. More than likely using a HHO system they will be a engine blowback (spark) causing a manifold explosion when you turn the ignition key ON blowing the intake manifold off the engine, followed by electrolysis hot mix water splashing all over the wiring and everything else under the hood. The explosion is cause by unvented Hydrogen gas leaking from the HHO generator into the manifold when the engine is shutdown or the HHO unit was left on after turning the ignition switch OFF. NEVER LEAVE KEY ON without engine running since HHO will still be producing!!! Monitoring the temp. So that you don't have a over-heating thermo melt down.
IMPORTANT Note on so-called "flash arrestors":
The idea of "arresting" or "checking" a Hydrogen flash (explosion) is absurd in our opinion. There are many of these devices made available, but you should realize that the idea for these devices was borrowed from welding technology. These are not designed for HHO and are potentially VERY dangerous. These devices have been found to fail as much as 3 out of 10 times. Typically, these devices are some sort of tube stuffed with a "baffle" material such as Bronze wool. The gases from a welding torch burn at a speed of around 330 feet per second. Hydrogen, however burns somewhere between 10, 000 and 40,000 feet per second. This kind of explosion is not so easily "arrested". Additionally, some suggest simply adding more "stuffing". The problem with this is that as the moist gas passes through the "filter", the flow begins to restrict putting back-pressure on the HHO gas. Never, under any circumstances, should you put HHO under pressure.
Fortunately, HHO flashes so quickly that it will not ignite other materials in it's vicinity. Therefor, a very workable and much safer device is the pressure-relief type device, sometimes called a pop-off valve. This is an absolutey essential safety device for your HHO system.(You should never intentionally ignite HHO.)
The new generation of HHO generaters hydrogen cell tank design is a circulating system in which the water travels from the reservoir/bubbler through the cell and then back into the reservoir. No water pumps are needed. Plus a Secondary Bubbler/Dryer Completes the "Drying" process of output gas before injection and Acts as flash-barrier in case of accidental ignition. Only add distilled water 1/2 way to the inside your 2nd bubbler container to remove any electrolyte vapor from the HHO gas before injecting it into the engine air intake.
Don't let the term "DRY" fool you, it's not literal. The fuel cell/generator receives electrolyte from the bubbler tank reservoir by means of gravity feed. Once the electrolyte fluid enters the fuel cell/generator, it forces the hydrogen back up and into the bubbler tank reservoir located above it where it is then pulled into the engine's intake system via elbow fitting and a ID clear hose located at the very top of the bubbler tank reservoir. All of this is accomplished WITHOUT the use of any pump. Unlike other hydrogen generators that bath the fuel cell in the same hot container, dry cell generators separate the electrolyte container from the fuel cell/generator, making it run cooler and more efficiently with less amperage draw on your charging system. These units are very compact, and mount where others cannot.
Your engine can cost thousands of dollars to replace, HHO electrolytic's can possibly ruin your engine..
Do not hook up any HHO generator to the vacuum line going to the manifold of your engine unless your intentions are to junk it.
Note: PVC pipe for HHO containers.. The maximum temperature is 158°F and melting point is 176°F. Engine compartments alone can get over 200 degrees.
IRS tax credit (Fuel Cell Motor Vehicle Tax Credit.) through 12/31/2014
VIST MY OLD HHO WEBPAGE ITS USED NOW AS A
INFO GUIDE OR HHO DICTIONARY
FOR MORE ADVANCE BUILDERS.
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