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Full hydrogen on demand: mechanical part is ready.

Published 5/21/2009 by First_Aider in Full Hydrogen on demand

Last week we ended the building of our long-planned new full hydrogen on demand cell. This baby planed to be highly efficient and to use the maximum space possible of the water filter. Our target with this HHO cell was to produce high amount of HHO without overheating the tubes, the water and the electric wires.

The details:

HHO_Cell_cad

1 Standard 10” water filter housing. (we just love that item :] )

18 couples of : stainless steel tubes, inner tube (ID 6, OD 8) , outer tube (ID 10, OD 12 mm). Between the tubes there is plastic place holders, we used plastic clips with the right thickness (1 mm). On top of each tube  stainless steel electrical connection was welded to connect the tubes to electricity. After connecting the wires, all connections was isolated to prevent unwanted leakage current. From plans to real life:

SSL tubes Cad SSL tubes real

The SSL tubes was the most expansive parts because we wanted high grade stainless steel according to the 316L standard. Tubes was cut to dimension of our choice (160 mm). 

 

The PVC plates was cut using hacksaw from a bigger plates and drilled using desk-drill with the help of printed 1:1 version of the holes location can be found here:  Base Drilling A4(PDF)

pvc1  pvc_base_cad

 

2 PVC plates for holding the tube couples in place, 3 threaded metal rods for stability between the PVC plates.

tubes-assy2      tubes-assy1

 

The 3 threaded rods connects the Tubing-home to the upper base. The upper base has two more rods, each one use both as electrical connection and as holder to tubing of this assembly. All inner tubes connected to one rod and all outer tube connected to the other. Might look just like this:

 

upper-base-cad  upper base connection

 

The final step is to connect the upper base to the cup of filter housing. this can easily be done by drilling two holes in the cup and attaching the cell’s body using the two upper rods.

 

cup-cad    cup

 

The final result make us smile after all the hard work: a massive HHO generator. Take a look:

HHO generator HHO generator cad

 

The next step is to find most effective point of this cell and to determine if one HHO cell is enough to drive car or maybe there is need for three or six or maybe ten cells to keep up with the pace needed to fuel a car only on HHO.


Comments

jaime Republic of the Philippines

Sunday, July 05, 2009 6:45 PM

jaime

im new with this project and gets me more interested upon reading some of the post idea. hydrogen on demand im confused on how the set up on the tube type. is it the inner tube positive and the outer is the negative? and is there any neutral on it? and are you using PWM coz sounds like it will draw a big current during operation.

thanks,
jaime

J Leiato Germany

Sunday, July 26, 2009 10:51 AM

J Leiato

Interesting design ... your electrolysis chemicals? We don't use any. May try looking towards Zero Point Energy ...

J Leiato Germany

Sunday, July 26, 2009 11:13 AM

J Leiato

Oh a Patent has already been filed for an On board hydrogen on demand generator for internal combustion engines. That would be H and not HHO.

The corporation had former military inventors and have added a former NASA Analog Electronics Engineer - 30 years was involved with every single Space Shuttle Mission to their ranks. Good choice, since NASA works with Hydrogen.

The news should be coming available mainstream soon. Also testing on European Harvester's which use 1000-2000 (250 Gals- 500) ltrs of diesel per day - begins 28 July ...they are also concluding negotiations with a west coast energy fuel cell corporation for commercial & private structures.