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Production task
Cleaning had to protect the hygienic result while reducing time, chemical consumption and interruptions to production.
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Voigtländer · Flagship case study
CIP for soft drinks
Anolyte generation within a CIP process
90 → 20 minCleaning sequence
CIP equipment.
Water taskCIP and process hygiene
Operating sectorFood and beverage
System familyVoigtländer water hygiene
Project settingGermany
At a glance
The application and system essentials.
90 → 20 minCleaning sequence
5 → 3Cleaning steps
up to 75%Cleaning time and downtime
approx. €15,000/yearChemical savings at this site
approx. 500,000 kWh/yearEnergy savings at this site
usually under 36 monthsReported payback
Source: Voigtländer case study.
The application
A shorter CIP cycle for soft-drink production
The case describes a soft-drink production line where on-site Anolyte generation was integrated into the CIP cleaning process.
Water taskCIP and process hygiene
Treatment routeVoigtländer water hygiene
3D illustration created with AI Installed approach
Anolyte generated on site was dosed into the CIP process. The sequence changed from 5 → 3 cleaning steps.
Results
- Cleaning cycle 90 → 20 min
- Up to 75% less cleaning time and downtime
- Approx. €15,000/year chemical savings
- Approx. 500,000 kWh/year energy savings
Commercial context
The case study reports payback usually under 36 months. All values belong to this production application and are not a forecast for another plant.
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 CIP and process hygiene.
- Cleaning sequence: 90 → 20 min
- Cleaning steps: 5 → 3
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.
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