- #1
pneese973
- 2
- 0
I have 2 questions related to the use of semipermeable membranes.
1) I'm using electrolysis to split water, but I'm wanting to separate out the hydrogen and store it separate from the oxygen for safety reasons. I'm wanting to use the hydrogen later for things such as fuel for my cookstove, furnace, and to power a fuel cell. The question that I have is, where can I get a suitable semipermeable membrane that will filter out the hydrogen and allow for say 20lpm of gas production (not on a consistent basis, but could at times be this high)?
2) I have a fairly large supply of about 4" discs that are coated with about 50% platinum, 30% cadmium, and 20% rubidium. I'm looking at using these to construct my own fuel cell(s). Once again, I'll be in need of a semipermeable membrane suitable for this. I'm assuming the one that is found in question 1 above will also be suitable for this application, but just throwing the question out there.
1) I'm using electrolysis to split water, but I'm wanting to separate out the hydrogen and store it separate from the oxygen for safety reasons. I'm wanting to use the hydrogen later for things such as fuel for my cookstove, furnace, and to power a fuel cell. The question that I have is, where can I get a suitable semipermeable membrane that will filter out the hydrogen and allow for say 20lpm of gas production (not on a consistent basis, but could at times be this high)?
2) I have a fairly large supply of about 4" discs that are coated with about 50% platinum, 30% cadmium, and 20% rubidium. I'm looking at using these to construct my own fuel cell(s). Once again, I'll be in need of a semipermeable membrane suitable for this. I'm assuming the one that is found in question 1 above will also be suitable for this application, but just throwing the question out there.