You need a drip jaws
Smh i know...come over and install it....coronas and burgerd on me lol
You need a drip jaws
There is another thread with this idea. Just run an ato switch to empty the stock tankI'll have to take a cold soda! Had to give up drinking. I don't seem to have the moderation thing figured out! I'd definitely do it if you were just a tad closer. Really shouldn't be all that hard to do. I spliced right into my home plumbing for the drain. Ran 1.5" pvc right to the sewer line. Another option is to buy a large stock tank and try to remember to pump it out before it floods!
I havent tested the water directly after a change (I will tomorrow) but after 10-14 days I'm getting between 80-160ppm nitrates.
2 x blue acara (3")
3 x threadfin acara (3-4")
2 x honduran red point (3")
3 x Rainbow cichlids (2-3")
3 x polleni (2")
1 x dwarf pike (2")
1 x L082 pleco (3")
15 x corydoras (1-2")
2 x Flagtail Catfish (4")
1 x Thai Catfish (2")
20 x serpae tetras (1")
10 x Buenos Aries Tetras (2-3")
This is why I suspect organic waste is getting trapped in all the unnecessary bio in the sump. It's the missing factor in your equation. A build up of organics will decompose and produce nitrates. I've experienced it myself and have changed my sump designs because of it. It made a drastic improvement. That is why I never recommend using scrubbies, large amounts of foam, lava rocks, or any of those DIY bio filters. K1 is by far the best option to keep a sump pristine and functioning at max efficiency.According to my math based upon your tank size, your stock and your limited feeding, you are adding 1 ppm of nitrate a day. So nothing is adding up.
If you started with a perfectly new tank, and never changed your water it would take 5 months to reach 150 ppm. Otoh, if you were changing 50% of the tank with 10 ppm water, it would never get over 40. (The above is ignoring the plants by the way.)
Imo your tests aren't right. Test again and make sure to shack the heck of the bottles for 3-4 minutes and re-test.
It's possible that if this is a really, really old tank with tons of plants and that if the plants are dying that could cause releases of fixed-nitrates (in the same way that burning trees releases fixed carbon), but I don't think you'd be unaware of a massive plant die off.
Please share the math...
Total fish = 63
total weight = 247 grams
assumed daily feed to weight = 3.0%
assumed dry wgt food (90% dry) = 6.2 grams
assumed grams of protein per day = 2.4 grams
calculated ammonia = 311 mg
calculated nitrites = 841 mg
calculated nitrates = 1134 mg
estimated water volume ~ 1,136 liters
calculated ppm ammonia = .27
calculated ppm nitrites = .74
calculated ppm nitrates = 1.00
1) Assuming no WC ever and no effect from plants and no water replenishment, it would take 160 days to reach 160 ppm.
2) Assuming 50% WC, with 10 ppm nitrates, every 15 days, the average nitrate level would be 25 ppm with a peak of ~38 ppm.
No problem, hope my opinions were helpful!
How long has it been since you pulled everything out of the sump and cleaned it
Sorry for the derail but figured i would piggy back off your post
According to my math based upon your tank size, your stock and your limited feeding, you are adding 1 ppm of nitrate a day. So nothing is adding up.
It's possible that if this is a really, really old tank with tons of plants and that if the plants are dying that could cause releases of fixed-nitrates (in the same way that burning trees releases fixed carbon), but I don't think you'd be unaware of a massive plant die off.
This is why I suspect organic waste is getting trapped in all the unnecessary bio in the sump. It's the missing factor in your equation. A build up of organics will decompose and produce nitrates. I've experienced it myself and have changed my sump designs because of it. It made a drastic improvement. That is why I never recommend using scrubbies, large amounts of foam, lava rocks, or any of those DIY bio filters. K1 is by far the best option to keep a sump pristine and functioning at max efficiency.
Total fish = 63
total weight = 247 grams
assumed daily feed to weight = 3.0%
assumed dry wgt food (90% dry) = 6.2 grams
assumed grams of protein per day = 2.4 grams
calculated ammonia = 311 mg
calculated nitrites = 841 mg
calculated nitrates = 1134 mg
estimated water volume ~ 1,136 liters
calculated ppm ammonia = .27
calculated ppm nitrites = .74
calculated ppm nitrates = 1.00
1) Assuming no WC ever and no effect from plants and no water replenishment, it would take 160 days to reach 160 ppm.
2) Assuming 50% WC, with 10 ppm nitrates, every 15 days, the average nitrate level would be 25 ppm with a peak of ~38 ppm.