The 2 most common questions asked of a purchaser of an HHO system may be the best questions to ask if you want to see if the seller is truthful & reputable 

They are as follows

1) What is the LPM (liters per minuet output) of the cell system? 

2) How high will your system bring my fuel economy / What are the fuel economy gains will I see on my vehicle?

Lets start with question one

LPM claims have seemed to turned into  an auction where every  seller has to go higher than the next believing it will help the sale of there product even if it means lying.

The situation is so out of control lying has prompted reputable sellers from stating any LPM figures, including me. I'm not willing tarnish an industry by misleading people to sell  product, nor will compete with people who do. I hope you can understand.

You need to be able to answer the question for yourself, let me help.

It's not too hard to figure out if the seller is being truthful you just need some simple formulas and math along with some common sense to pinpoint the truth and get around the U Tube hocus Pocus.

Tool 1

Faradays law (you can't get more energy out of something than you put in, as that would be over unity) on electrolysis is as follows

(voltage x amps x seconds for LPM) / 3600 = watt hours

2.4 watt hours and under represents over unity, it's not possible.

So lets take a classic E Bay example. "My cell does 3 LPM at 13.1 volts and  27 Amps".

Well do the math, 13.1 volts x 27 (the amps stated) x  20 (60 seconds divided by the 3 lpm stated) / 3600 =1.95 . So in this example the seller is clearly lying. Or the seller doesn't have the correct equipment or know how to measure it correctly.

Tool 2

You need to know the formula for cell efficiency, it is as follows in 2 ways,

Efficiency 

100 x 7744 x volume in liters / (voltage x amps x test period in seconds) = efficiency

Lets take the example above, so 100 x 7744 x 3 / 13.1 x 27 x 60 = % Eff

                                                              (2,323,200)   /     (21,222)      = 109% claimed efficiency 

MMW 

MMW is milliliters per minuet of output divided by watts, 7.8 represents 100% efficiency

Using the above claim again, 3000 / (13.1 x 27 ) (353.7 watts) = 8.48, again not possible 

Tool 3

Use the above with some common sense.

Sellers that claim there cells are running over 80% efficient aren't telling the truth.

Why?

·        Just think about it, when done right, power transfer is not an efficient thing to begin with.

·        As manufactures we all use stainless steel to construct the cell, stainless steel is a terrible conductor of electric, platinum is the best for electrolysis but would be too costly.

·        every production cell has current leakage between plates, threw electrolyte and so on.

·        Nobody is producing a cell with tolerances that are 100%.

Common sense, so if you have a loss of 3% in power transfer, 15% for using stainless steel instead of platinum, 15% for current leakages and 5% on cell tolerances it is easy to see how it is difficult to get beyond 80% efficiency. There's many more factors that effect efficiency, I spelled out just a few to keep it simple. 

For independent verification of the above "reasonable amp verses LPM figures" go to the International HHO Institute at http://www.ihhoi.org/

They have certified cell tests results you can count on being right and agree with the above. 

If you see a video

Believe almost nothing.......

Here's a good one.

  

At this point you may be disappointed with the reality because you think you will never get something that can conceivably  produce enough to do anything. Not to worry, just think back to the inception of HHO systems. They were made with mason jars and produced nothing more than a fizzle and did the job, for small cars. Well what your seeing with the advent of the dry cell would be the equivalent of using a cannon to take out a mouse. You just don't need numerous LPM's to do the job in any standard auto. In fact most units for over the road Semi's run less than 3 LPM and give 20% gains in fuel economy.

The best results come from a combination of top notch products and honest sellers

Question 2

How much will my vehicle gain from this system?

There's no solid answer as 2 of the same vehicle can come out with different results. Here's a rational guideline. 20 - 50% + with a reasonable amount being 35%.

So if you get 20% don't be disappointed, there's likely a reason you will stumble upon that will enable you to get higher. If you get 35% be happy. There are vehicles that do get 100%+.

Important

I have to point something out. At this point the majority of consumers are seeing 20 to 30% + yet when you see ads and websites you see nothing but these 70% + results. This is a huge red flag to stay away from this seller as they are misguiding you. When you sell numerous kits it is a matter of odds that every seller will get customers that have unusually high results, however to post only those exceptional cases is misleading. 

None of the above represents a performance warranty on any product.

Thank You!