Are you SERIOUS about developing Water as a Fuel?

I was visiting with a gentleman the other day who said something to me that I found personally offensive. He told me "Nobody takes this HHO stuff seriously."

How do you feel about his comment?

First of all, he's a man who is a superb engineer. That alone would normally cause me to dismiss ALL of his opinions, but he is a rare sort of engineer. He's an engineer who is very real and earthy. He has "Put sh*t in outer space, man." He now runs a sort of fabrication company that produces some amazing tools, and I'm not talking screwdrivers here!

Anyway, I reflected on our conversation and what it truly meant, and he was right! While we DO take it seriously (meaning our personal projects) we are NOT treating this as a serious opportunity to convince the world of the benefits of hydrolysis of water as a fuel source.

But we COULD!

Together, we are growing as a community. I'm calling to all of you right now to make a basic change in how you work. If you've been documenting your experiments, then you're one step ahead, because that is exactly what we need to be taken seriously. We need, no, the WORLD needs, to be given some very real data. Data we already possess.

I am putting out a call to ALL HHO DEVELOPERS RIGHT NOW to be part of a SERIOUS development project. If you are serious about HHO production and want to contribute to the science of it, here's your chance.

We need data. Data that is absolutely CRITICAL to be taken serious by the scientific community.

You can start your own threads in the forum (just click on the title of the forum i.e. "My HHOuse" and a link for "New Thread" will appear.) to fulfill this need. I am starting some new threads now to fill in the blanks.

• Plate arrays-Which are the best? If you have experimented with different arrays, use the SAME BATCH of electrolyte and the SAME power source with the DIFFERENT arrays and record the production.
• Electrolyte selection- Using the SAME array (cleaned properly between tests or manufactured IDENTICALLY) and the SAME power supply, test in your different solutions. NaOH or KOH or whatever it is you prefer. Record your output for each test.
• Power Supply-Using the SAME array (tubular, flat plate or spiral) and electrolyte from the SAME batch, apply your different power supplies (PWM/Non-PWM, High voltage, Low-Voltage, current modified) record the parameters and yoru production rate for each.
• Housings- If you are using different types of housing, and believe they make a difference, record snapshots of each (if you can) and post them, along with the facts. How long does the solution last? How many liters of production are generated? How easy is it to stop the leaks? How easy to assemble? 

If you have any more subjects to add, tell us about it. Go the extra step and start a new thread for the discussion. We can all only benefit from the sharing of REAL data.

It's time to make a few changes to the way we experiment if the world is going to take us SERIOUSLY!

And I AM serious!

HHOw about you?