Fergy,
You mentioned that if the power went out (and you didn't have a solenoid), CO2 would accumulate in the reactor tube. Once the power came back, the CO2 bubble would be pushed into the sump.
Alternatively, if you set the effluent rate too slow and the CO2 input too high, you may end up pressurizing the reactor too much. Again, CO2 would build up in the reactor tube. I'm guessing at the top of the reactor tube.
Would it be possible to place a check valve into the top that would vent the CO2 buildup but not let water escape. This way, CO2 would be vented out of the reactor to avoid over pressurization?
Thanks.
Art
You mentioned that if the power went out (and you didn't have a solenoid), CO2 would accumulate in the reactor tube. Once the power came back, the CO2 bubble would be pushed into the sump.
Alternatively, if you set the effluent rate too slow and the CO2 input too high, you may end up pressurizing the reactor too much. Again, CO2 would build up in the reactor tube. I'm guessing at the top of the reactor tube.
Would it be possible to place a check valve into the top that would vent the CO2 buildup but not let water escape. This way, CO2 would be vented out of the reactor to avoid over pressurization?
Thanks.
Art