It seems like you are not separating hydrogen and oxygen.. so that is not Hydrogen you get out since you take the gasses from both the anode and kathode....
Thanks for that. After watching some of your videos I noticed that one of the units mixes the returned fluid together at the bottom intake and another unit keeps them isolated. What differences did you find between the two designs? Also I see that you are using about 2.8V per gap which seems a little bit high. Are you doing this in order to achieve enough consumption of amps? What is your average MMW?
Are you referring to the twin gasket and membrane method? If so how do you find its effects on efficiency (MMW and gas output LPM). Do you find it requires a much higher electrolyte concentration in order to produce the same amount?
It seems like you are not separating hydrogen and oxygen.. so that is not Hydrogen you get out since you take the gasses from both the anode and kathode....
taztaz79 3 months ago
Thanks for that. After watching some of your videos I noticed that one of the units mixes the returned fluid together at the bottom intake and another unit keeps them isolated. What differences did you find between the two designs? Also I see that you are using about 2.8V per gap which seems a little bit high. Are you doing this in order to achieve enough consumption of amps? What is your average MMW?
markj30 1 year ago
Are you referring to the twin gasket and membrane method? If so how do you find its effects on efficiency (MMW and gas output LPM). Do you find it requires a much higher electrolyte concentration in order to produce the same amount?
Thanks for your input.
markj30 1 year ago