Optimize Your CIP Process Faster, Cleaner, Smarter.
Surveillez et automatisez vos procédés NEP afin de réduire le temps de nettoyage, diminuer la consommation d'eau et de produits chimiques, et garantir la sécurité hygiénique des procédés.
'%3E%3Cpath d='M0 0H360V240H0V0Z' fill='%23A1A8C2' fill-opacity='0.18'/%3E%3Cpath d='M260 59C260 78.33 244.33 94 225 94C205.67 94 190 78.33 190 59C190 39.67 205.67 24 225 24C244.33 24 260 39.67 260 59Z' fill='%23A1A8C2' fill-opacity='0.25'/%3E%3Cpath fill-rule='evenodd' clip-rule='evenodd' d='M319 250H417L291.485 124.485C286.799 119.799 279.201 119.799 274.515 124.485L234 165L319 250Z' fill='%23A1A8C2' fill-opacity='0.25'/%3E%3Cpath d='M311 250L-89 250L102.515 58.4853C107.201 53.799 114.799 53.799 119.485 58.4853L311 250Z' fill='%23A1A8C2' fill-opacity='0.25'/%3E%3C/g%3E%3Cdefs%3E%3CclipPath id='clip0'%3E%3Cpath d='M0 0H360V240H0V0Z' fill='white'/%3E%3C/clipPath%3E%3C/defs%3E%3C/svg%3E%0A)
Surveillez et automatisez vos procédés NEP afin de réduire le temps de nettoyage, diminuer la consommation d'eau et de produits chimiques, et garantir la sécurité hygiénique des procédés.
In hygienic processing, cleaning is essential—but it shouldn’t slow down production or waste valuable resources. Anderson-Negele’s CIP process control solutions help plants automate cleaning cycles with precision and repeatability. By using turbidity, conductivity, flow, and temperature sensors to monitor every phase of the cleaning process, operators can reduce water and chemical use, minimize downtime, and ensure every system meets strict sanitary standards. Whether for dairy, beverage, or food applications, our technology enables real-time insight and condition-based control for smarter, more efficient CIP performance.
Cleaning is critical, but it shouldn’t slow down production or waste resources. Manual or timer-based CIP cycles often:
❌ Overuse water and chemicals, driving up operating costs
❌ Run longer than necessary, reducing production uptime
❌ Leave equipment at risk if temperature, flow, or concentration aren’t fully verified
Automated CIP control solves these problems by:
✅ Monitoring key parameters like conductivity, temperature, and flow in real time
✅ Triggering step changes based on actual process conditions, not just a timer
✅ Reducing cycle times and minimizing chemical and water consumption
✅ Delivering documented proof of every cleaning cycle for audits and compliance
A Clean-in-Place (CIP) cycle runs through coordinated stages: push-out, rinsing, caustic and acid cleaning, and sometimes steam sterilization. Each step removes different residues to ensure complete hygiene.
With traditional PLC control, cleaning runs on preset times, often wasting water and chemicals. Using turbidity and conductivity sensors, automated CIP Control monitors conditions in real time verifying what’s in the line and when to switch steps for faster, more efficient cleaning.