Industries › Food & Beverage
Food & Beverage
Compliance, quality, and continuous production.
Food processing, beverage production, dairy, brewing, and meat processing facilities where water quality directly affects product safety and operational success. The platform helps you maintain hygiene compliance, optimize process water use, and prepare for retailer ESG audits.
Key Challenges
Stringent quality requirements
Process water must meet drinking water standards plus industry-specific requirements. Even minor deviations can mean product loss.
Retailer water footprint pressure
Auchan, Tesco, Spar and similar retailers increasingly demand water footprint data across the entire supply chain.
Wastewater treatment costs
Food and beverage wastewater is high-load. Treatment costs rise with volume and contamination.
Production-critical water supply
If water stops, the line stops. Resilience and intake security are non-negotiable.
Sustainability storytelling
Consumers and B2B buyers want to know the water story behind your products.
How Our Platform Helps
Water balance and footprint analytics
Full Vízmérleg analysis — supply chain water footprint, calculated to retailer ESG standards, with reduction recommendations.
Real-time process water monitoring
VízMonitor system tracking consumption per line, sub-process, and shift. Leak detection in hours, not weeks.
Wastewater optimization
Pre-treatment optimization, chemical use reduction, sludge management — measurable savings month over month.
EU funding-ready documentation
We prepare the technical and economic documentation for EU grants — every assumption defensible.
Relevant Modules
Incident Room
When something goes wrong, your team and our engineers work from the same facts.
Learn moreReal Project Example
Food Industry Water Management Optimization
300,000 m³/year food production facility
Comprehensive water management transformation for a major food producer: VízMonitor system deployment with real-time consumption tracking, three-month wastewater treatment plant optimization, capacity expansion planning, and EU grant preparation. Engineering investment recovered in the short term through efficiency gains.
- Real-time water consumption visibility across all production units
- Multiple leakage points and inefficiencies identified
- Significant chemical savings through treatment optimization
- Conceptual permit-ready design for facility expansion
- Detailed EU grant funding documentation
Complex engineering work pays back through efficiency gains — water reduction means double savings (less water consumed, less wastewater treated).
Read full case study