1. Home
  2. References
  3. Poultry farm water

Voigtländer · Case study

Poultry farm water

Drinking and process water hygiene

2% lowerMortality

Water taskDrinking water hygiene
Operating sectorAgriculture
System familyVoigtländer water hygiene

At a glance

The application and system essentials.

2 barns, 100,000 birdsFarm scope
2% lowerMortality
4% higherWeight gain
2% of profit preservedFrom lower mortality

Source: Voigtländer case study.

The application

Water hygiene for poultry farming

On-site generation and dosing support water hygiene for poultry drinking water and barn fogging systems.

Water taskDrinking water hygiene
Treatment routeVoigtländer water hygiene
Read the project details

Problem

Poultry operations depend on hygienic water across drinking-water and barn-fogging systems. Microbial contamination in these water paths can increase animal-health and operating risk.

Solution

The Voigtländer system generates Anolyte on site and doses it directly into the water supply feeding the barns and fogging systems.

Results

  • Mortality 2% lower
  • Weight gain 4% higher
  • 2% of profit preserved through lower mortality
  • Drinking-water supply and barn fogging water path treated

Project scope

  • Chicken rearing drinking water
  • Barn fogging systems
  • Direct dosing into water supply
  • Water-hygiene control at farm level

Project and technology photographs

The technology in real plants.

Photographs of installed Voigtländer systems. They show the same technology, not this site.

Poultry farm water: Generator and anolyte tanks in the plant room. Typical Voigtländer installation, not this site.
Generator and anolyte tanks in the plant room. Typical Voigtländer installation, not this site.
Poultry farm water: Anolyte tank with dosing pump. Typical Voigtländer installation, not this site.
Anolyte tank with dosing pump. Typical Voigtländer installation, not this site.
Poultry farm water: Anolyte storage tank. Typical Voigtländer installation, not this site.
Anolyte storage tank. Typical Voigtländer installation, not this site.

The process

From generator to dosing point, measured throughout

Inlet and water meter, brine tank, the three-chamber generator, anolyte tank, demand-led dosing, measurement and control. Press “Show me the process” to start the animated 3D diagram.

ready

Modelled from the Voigtländer plant schematic of an anolyte system, in the drawing language of the home page. The cards show documented facts only, no invented figures.

Scope of the results

What this project shows and what it cannot promise.

An installation, evaluated within its own operating context.

Shown here

  • Voigtländer water hygiene applied to drinking water hygiene.
  • Farm scope: 2 barns, 100,000 birds
  • Mortality: 2% lower

Not a general guarantee

  • Results and capacities cannot be transferred to another water composition or operating regime without assessment.
  • Design and expected performance for a new site depend on its own water analysis and process conditions.

From reference to your project

How this works for your site.

This project shows one application. Explore the treatment approach and the decisions that matter before adapting it to your site.

Technical enquiry

Want to compare this case with your site?

Send the operating context and Hydreatio will route the enquiry to the right technical discussion.

Site-specific assessmentTechnical response

+49 89 90 17 39 75

Discuss a comparable installation

Describe your water task and constraints so the right specialist can respond.

Start enquiry ›

Already have water data?

Send the analysis with your site and process context.

Send analysis ›