This is the root of the problem. |
This! I don’t drink decaf and I (gasp!) use a Keurig but guess what? I never throw any coffee out because I drink every drop! |
FYI, aside from the oxygen issue, you're not supposed to pour fats, oils, or grease down the drain and that category includes dairy. Dairy belongs in the trash, not down the drain. |
Ft Totten's not an approved hazmat disposal site. You have to take it to Ft Dietrich. |
Except the stuff that goes down the drain in your house goes to a water treatment plant before being released into the wild. There are no fish at the wastewater treatment plant, and in fact, bacteria are used as part of the secondary treatment of water. I have no idea what that article was referring to... thousands of gallons from a dairy? |
Untreated wastewater goes straight into the waterways every time it rains, here. |
| Decaf? Set it on fire, and then find out who brought decaf into your house. |
And again, read the refutations from the scientists on this thread. |
Not from your house, dear... It is runoff from the sidewalks. If you feel that untreated sewage is entering the waterways, please have a talk with your government officials. |
Omg 🤣🤣 thank you for the laughs! |
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This is the most bazaar thread I've ever read here.
I always pour coffee down the drain. Grounds go in the trash. I heard that putting milk down the drain is bad as it can suffocate the fish, but c'est la vie because I'm not dumping milk in my garbage to sour or pouring it outside of my house to attract pests. |
Thank you for that laugh. Please someone save this link for the next "what's the weirdest thing you've seen on dcum" thread |
https://homeardent.com/can-you-flush-milk-down-the-toilet/ So here’s a USA article. It is discouraged here. Just that most people that know it. |
From a licensed industrial wastewater expert: Household disposal of dairy products are easily disgusted by septic systems or municipal treatment facilities. There is no reason to think it needs special treatment. Milk as a waste stream has a high BOD 9 g/L (Biological Oxygen Demand), a low nitrogen content and a low phosphorus content. The treatment of the dairy waste stream at most commercial producers requires the addition of urea and phosphoric acid to aid in the biological digestion. The wastestream is treated to a BOD of less than 200mg\L to be sent to a municipal authority, 30mg\L for irrigation and >10 mg\L for direct water way discharge. Depending on the local regulations total Nitrogen and Phosphorus limits may apply. These limits maybe seasonal as well. Most household sewage has a low BOD 200 mg/L, and high nitrogen & phosphorus content. It is pretty easy to remove BOD from a waste stream thru biological treatment but Nitrification, Denitrification and Phosphorus removal require a more complicated process, a process that does benefit from a slightly higher BOD than the typical household waste stream. This process is still a biological process but can be augmented with a chemical one at your municipal receiving authority. If you dump a gallon of milk a day down the drain you are probably only adding a 1% to your households BOD lbs. per day and helping to get your households BOD:N range closer to the ideal range.
If your household has a non potable water reuse system, it might not be ideal to pour dairy into that drain. Those systems are incredibly rare and the only ill effect would be on the filter loading. If you have a compost pile, it would benefit from the addition of the dairy products for the added moisture and nutrients. |
seems logical |