We spend so much time obsessing over the best food source and perfect barn temperatures, but we often ignore the most important resource a farm animal consumes: fresh water. Think of it this way: water is the base of everything. No matter what your end goal is; it all starts with proper water for your animals.

How dirty water affects your livestock

Just because your water looks clear doesn’t mean it is safe. Visual checks are misleading because the most dangerous micro-organisms such as bacteria and viruses are invisible to the human eye. While you can see things like sand or slime, the real dangers are the tiny germs that you can't see.

Different animals react to bad water in different ways. A germ that causes a minor setback for a cow can be a total disaster for a flock of chickens. Managing water using a single standard for all organisms is often ineffective because specific biological needs vary.

1. Poultry (Chickens and Turkeys)

Birds drink a massive amount of water for their size. When water contains Salmonella or Campylobacter, things go wrong fast. These bacteria often lead to "wet litter" and gut issues. For a farmer, that means more birds getting sick, uneven growth across the flock, and a lot of extra work. [1]

2. Pigs

For pigs, staying hydrated is the key to fast growth. They are incredibly sensitive to E. coli and Pseudomonas, which love to hide in groundwater. The biggest headache is the biofilm that slimy buildup inside the drinking nipples. It protects germs and makes the water dirty right as the pig drinks it. This leads to piglets with scours (diarrhea) and older pigs that just don't put on the weight they should. [2]

3. Cattle

High-producing dairy cows consume up to 150 liters of water daily to maintain their biological functions. When water is contaminated with bacteria like Coliforms or Salmonella, cows typically reduce their intake, which has an immediate negative impact on milk production. Because milk is approximately 87% water, any decrease in hydration leads to a direct drop in total milk volume and poorer feed digestion. 

Furthermore, contaminated water significantly increases the risk of infections. For the farmer, this results in lower-quality milk that fetches a smaller profit, increased veterinary expenses, and the financial loss of having to discard milk from cows treated with antibiotics. [3]

The biofilm trap

Many farmers think that because their well water tested "clean" at the source, the animals are drinking clean water. This however is not always the case. Once water enters your pipes, it slows down and warms up, creating a perfect home for germs.

As the water moves, a sticky layer called biofilm grows inside the lines. This slime acts as a protective shell for bacteria, keeping them safe from standard treatments. Your water might leave the source clean, but it becomes unsafe as it travels through the pipes to the drinking point.

The solution: better disinfection with Watter

To keep your livestock productive, you need a reliable way to combat microorganisms in your water lines. Many standard treatments can be hard on your pipes or difficult to manage. The Watter system offers a different approach by producing a disinfectant on-site at your farm.

Instead of relying on bottled chemicals, the system creates a solution that is effective against bacteria and viruses while remaining compatible with your equipment. This system keeps your water fresh and stops slime or scale from building up, so you never have to put expensive chemical cleaners into your pipes.

Our HOCl is as effective on viruses and bacteria as traditional disinfectants in a lower concentration, this helps your pipes last longer while still being effective against germs. Because of its high efficiency, this solution removes existing biofilm inside your pipes, ensuring the water remains protected from contamination all the way to the drinking point.

Traditional cleaning vs. the Watter way

Feature	Traditional Methods (e.g. Chlorine/Peroxide)	The Watter System (HOCl)
Biofilm Control	Can inactivate surface germs but often struggles to fully penetrate deep slime (biofilm).	Effectively breaks down biofilm and prevents new growth through a constant desinfection with a low concentration
Safety & Handling	Requires storing and handling concentrated, hazardous chemicals.	Automated on-site generation reduces the risks associated with transporting and handling concentrated chemical containers.
Equipment Impact	Many strong oxidizers can be corrosive to metal pipes and seals over time.	less corrosive toward seals and pipes, helping to extend the life of your plumbing.
Workload	Heavy manual labor: ordering, moving, and dosing jugs of chemicals.	Automated on-site production; the system runs automatically. With only salt and water needing to be provided.
Reliability	Effectiveness can vary based on manual dosing accuracy and water pH. [4]	Delivers a consistent, stable dose of HOCl regardless of fluctuations in water flow.
SDS and GHS symbols		N/A

Stop the risks hiding in your water

Managing your water is just as important as managing your feed. When microbial levels in the water are low, animals often have a better feed intake, which leads to stronger production.[5]

Cleaning up your water supply is a simple, effective way to see better results on the farm. By removing hidden contaminants, reduce the risk for unhealthy animals which can help to increase production. When the water quality is right, your animals can perform at their best.

What Farmers Are Saying

The Watter system helped Herrald automate his water hygiene, removing the hassle of heavy chemicals while keeping his lines clear. 

Herrald Klaassen, 1,350 Sows, Coevorden 

"With 1,350 sows, I need everything including the water supply to run as efficiently as possible. I wanted to move away from the logistics of bottled chemicals and the inconsistency of 'shock' treatments.

Since installing the Watter system, we’ve achieved continuous biofilm control without the need for high-heat protocols or heavy manual labor. The system neutralizes pathogens directly at the source and actively prevents buildup in the drinking nipples. It has simplified our hygiene process, allowing me to focus entirely on animal health and productivity. It has been a total game-changer for our daily routine."

Reference list

1. Beier, R. C., et al. (2004). "In teractions of Salmonella and Campylobacter with the poultry environment." Journal of Applied Poultry Research.
2. Vande Maele, L., et al. (2017). "Biofilms in drinking water systems of pig houses as a reservoir for pathogens." Vlaams Diergeneeskundig Tijdschrift.
3. Ward, G. K., & Langemeier, M. W. (2020). "Relationship between Water Quality and Dairy Herd Performance." Journal of Dairy Science.
4. World Health Organization. (2022). Guidelines for drinking-water quality: Fourth edition incorporating the first and second addenda.
5. Beikircher, P., Lanthaler, C., & Amos, G. C. (2023). Assessment of microbial quality in poultry drinking water on farms in Austria. Frontiers in Veterinary Science, 10, 1113583.