TinMan's "Over Faraday HV HHO production"

[i_ron]

I am posting the build to encourage fellow replicators. The 15 plates are only 304 Stainless but came in at $60 Canadian.
Purchased from Metal Super Markets.

The gasket material is 1/16 Neoprene from Western Equipment

The Weld-on 16 is primarily for plastics so I thought to try Gorilla Glue, it does wood, stone, metal and seems to be pretty good

The step in the end plates is where I only had that much material on hand. That is two pieces of 3/8 PVC glued together as when one puts the bolts outside the plates the end pates  need to be strong.

Ron

[tinman]

@ Ron

Awsome job on the cell-and your first one 

Be good to see what sort of MMW you get from it,under normal DC conditions.


Brad

[tinman]

Hi Brad
I wish you all the best with this
I covered it at Revolution Green


http://revolution-green.com/faraday-hv-hho-production/


Kind Regards
Mark

Thanks Mark.


Brad

[picowatt]

Pt 3 is the cell up and running.

We first set some bench marks for the cell,and find out what type of efficiency the cell has on both straight and pulsed DC.

I am still to make the displacement measuring part of the DUT,and so,in this video we are using a recalibrated o2 flow meter.The pill in the flow meter has been changed to suit HHO gas flow.

https://www.youtube.com/watch?v=KABL2LRP08w


Brad

Tinman,

Once both measurement methods are complete, and you have stable and consistent runs, you might consider using a cold trap in the gas line to determine how much of the gas flow is water vapor.  You could warm the gas flow after the cold trap to get it back to STP prior to your flow gauges.

Perhaps someone else can suggest an alternate way to dry the gas.

Just a thought...
PW

[tinman]

Tinman,

Once both measurement methods are complete, and you have stable and consistent runs, you might consider using a cold trap in the gas line to determine how much of the gas flow is water vapor.  You could warm the gas flow after the cold trap to get it back to STP prior to your flow gauges.

Perhaps someone else can suggest an alternate way to dry the gas.

Just a thought...
PW

Hi PW

Yes,i already have a condenser,plus primary and secondary dryer's.

The water will also not rise above 30*C,as we are using a high voltage and low current.

I have seen too many video's ,where steam is poring out of the output tube,and they think it is all HHO.
No such error's will happen here.

I will also be subtracting 10% of gas volume from the end result -as an error buffer.


Brad