Now that is one more success story. Hope I am following soon[emoji122]The effluent today...significant progress!!!
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Ravi thank you. Saw your photos at the other forum but I couldn't understand what connector you use. Can you give me a link or photo to see if I can source them locally?There is no modification to the software all you have to buy is 12v dosing pumps with 5000 rmp and connect the pumps to the connectors that are free of use, You can buy the connector from Rabid Led, They sell connectors to connect their solderless led's it will fit the connector on the board. Below is the link to my thread on Manhattanreefs with pictures, I hope this helps, Now i have dosing pump with 6 pumps.
https://www.manhattanreefs.com/forum/diy-do-yourself/197546-diy-rigged-jebao-dosing-pump.html
I just restarted it, after my absence, 4 days ago Don, so not yet. In 3 days I will probably increase it by 1 ml. Everything will be done slowly in my reefGreg, did you increased carbon dosing?.
I just restarted it, after my absence, 4 days ago Don, so not yet. In 3 days I will probably increase it by 1 ml. Everything will be done slowly in my reefremember I don't use socks and skimmer, so an event like jml, will be a disaster for my system.
PS the reason I restarted nopox is the unexpected PO4 decrease by such small dosing.....somewhere in my system - hopefully in the reactor- bacteria population is increasing, assimilated Po4 in their body. I just hope that the bacteria that increasing are anaerobic in the reactor.....if in some days I don't get measurable results from the reactor outlet, I may consider adding bacteria in there.
I'm on sixth month running the reactor and i don't think i need to run the pump alternately. Continous pumping at specific rate does the job pretty well. I can adjust my effluent output to contain specific amount of no3. Zero nitrate is achievable if needed.
Ok thanks for your input, I really like this design and may make one of my own, anther idea would be to put three towers in succession so the one in the middle would have extremely low flow making it optimal for anaerobic bacteria
If you connect three chambers in series, and pump water through them, the speed of the flow will be the same in all three. An obstruction in one slows the flow through all. Adding multiple chambers will do the same as making the two chambers taller, it will give the bacteria more time to deplete the oxygen;
2 100ft tall chambers = 200 1ft tall chambers. Adding more distance (distance=media) for the water to travel through will allow more time for the bacteria to consume the oxygen (also PO3/4). At some point there must be a point of diminished consumption, making any further distance/media useless.