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#1
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Sulfur DeNITRIFIER DIY!!!
Does any body have any diy sulfer denitrifier plans. Thanks
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#2
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Buy an eheim cannister filter. Fill it with the media. Then run the outlet back into the inlet with some PVC. Along this PVC, have two 'T's for 1/4" quick-connect fittings. These are the in/out ports. Thats all... hook it up and you are set. You can pick up classic eheims for dirt cheap, they are huge, and perfect.
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"If at first, the idea is not absurd, then there is no hope for it" -Al Einstein |
#3
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That's not absurd enough.
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Jonathan--DIBS Breeder and Card carrying member of the Square Skimmer Brigade (Click on the Red House to see my pics garage) |
#4
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Quote:
I guess I'd like to know more about how they work... is it just a matter of contact time with the media? Is the operation basically like a CA reactor with out the CO2 injection? Tim
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Have you ever imagined a world with no hypothetical situations ? Press "1" for English. Press "2" to disconnect until you learn to speak English. |
#5
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yeah thats exactly what it is from what i read. this is what i was told to do:
Run line between 3 'add-on' RO canisters, plus a feed line, and a drain. Hook a small maxijet up to the feed line, with a flow restricter valve in the line. An aqualifter might work here too, though Ive never tried it- I think the flow would be too slow though. 1st canister: Sulfur media 2nd canister: Crushed coral/Calcium reactor media (to adjust pH) 3rd canister: Granular activated carbon (to help remove hydrogen sulfide) Note, you can get refillable media canisters (like what DI media comes in). I would suggest using those to put your media in, just to prevent any particles from clogging up the lines. Test the effluent coming out of the reactor after a week or two; if you still have high nitrates, turn the restricter valve and reduce the flow through the reactor. If it comes out clean (or real close to it) then leave it be. One thing to note, I think its better to run the effluent into a sump, rather than directly into the tank. That will allow for more aeration and reduction of any potential Hydrogen sulfide produced by the reactor. |
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