Emulsifying Brown's Gas

[goldenequity]

Thanks gourdman.  Sounds like you have all the elements in progress.... keep us posted!
@ pese.... yup this stuff is not new... EXCEPT for the HHO direct blending.... which will compensate for the BTU loss of plain "water" emulsion combustion.
I'm aware of the varieties of "pure" Brown's gas and Eagle Research's description of "hyper" gas.... but at this point, any Hydrogen/Oxygen into the
emulsion is going to be a big step in the right direction.... good thoughts for "fine tuning" our emulsion though. 

Static Mixers
Static Mixers are another way of introducing more shear to the system.
Here is an inexpensive static mixer I found that would fit into a 7/8" I.D. hose or pipe.
Probably would work best on the OUTPUT side of the pump and would be best
with the bigger GPM systems (1/3+ hp pumps etc.)
10 inches long, it's made of HDPE plastic and will flex and could be shortened for less resistance to flow.
It's cheap too. 

[Chris31]

Oh Im always reading this thread, excellent infos from GE.

Will post when I have something new, just abit busy with the plasma spark controller at the moment thats all 

[kampen]

@ ALL,

Thanks for all the INFO, keep up the good work.
See below my suggestion for Pump for Recirculation, Dispersion.

Hope (finaly) this will work.

[goldenequity]

That pump certainly has some muscle! 
I guess it all has to do with what you envision as far as capability/capacity for production.

I confess I am thinking more in line of a "bench top" model for experimenting and testing,
for where we are in a "proof of concept" stage.

I am thinking along the lines of a 1/3 - 1/2 HP open impeller mag driven pump.
Iwaki pumps are the best in the business but they are expensive.
March pumps are very well suited (look at the model 5.5 line with Viton seals).
Cheers!

[goldenequity]

Here's the exploded view of an Iwaki Mag driven pump