The drinking water transfer station ensures a hygienic connection between the municipal drinking water network and the water treatment plant for the production of pharmaceutical-grade water. It is mounted in a compact stainless steel skid and includes all safety and quality-relevant components such as backflow prevention, filtration, pressure reduction, and sampling. It also allows for compensation of the drinking water temperature in the event of significant fluctuations. Temperature fluctuations reduce the efficiency of the pharmaceutical-grade water production plant.
Integrated sensors for conductivity, pressure, temperature and flow rate continuously monitor water quality and operating parameters.
The system is constructed of AISI 316L steel with hygienic pipework. Automatic disinfection or hot water sanitization is available as an option to prevent microbial growth at the inlet interface.Special features / characteristics:
- Hygienic stainless steel design (AISI 316L)
- Backflow prevention and filtration in accordance with the Drinking Water Ordinance and DVGW regulations
- Constant pressure/temperature and flow control for stable feed into the ultrapure water system
- Optional UV disinfection, hot water sanitization or automatic rinsing
- Automated monitoring of conductivity, temperature, pressure and flow rate
- CIP-compatible version for pharmaceutical applications
- Compact, modular skid design – ready to connect and validated
👉 Advantage:
Secure, verifiable interface between drinking water network and ultrapure water treatment – constant operation, documented water quality and full GMP compliance.
Drinking water transfer station – Functional preparation of drinking water
Drinking water transfer stations form the controlled interface for the production of pharmaceutical-grade water, capable of supplying multiple production plants simultaneously. Initial filtration processes are implemented at the drinking water station to adjust process parameters. This protects downstream pharmaceutical-grade water production plants from fluctuations in pressure or temperature during their operation, thus preventing variations in water quality.

