Process Water Treatment for Data Center Infrastructure
Water sources and cooling concepts vary from site to site. ProMinent combines filtration, membrane treatment, chemical conditioning, disinfection and monitoring to provide the water quality required for make-up water, process water and water reuse concepts.
Requirements - Process Water Treatment for Data Center Infrastructure
Overview
Water sources and cooling concepts vary from site to site. ProMinent combines filtration, membrane treatment, chemical conditioning, disinfection and monitoring to provide the water quality required for make-up water, process water and water reuse concepts.
Treatment tailored to the water source
Reliable water treatment starts with a clear understanding of the available water source. Depending on the site, raw water can originate from municipal supply, surface water, groundwater or treated wastewater. The treatment process is designed to achieve the quality required for make-up water, process water or water reuse.
Reliable make-up water for cooling systems
Filtration and reverse osmosis can reduce particles, dissolved salts and organic load before water enters a cooling system. Depending on the application, pH correction, coagulant and flocculant dosing, antiscalant dosing, UV treatment or chemical disinfection can be integrated into the process chain. A consistently defined make-up water quality helps prevent deposits, protects downstream equipment and supports stable cooling performance.
Support water efficiency and reuse
Controlled treatment of make-up water and recovered water supports efficient use of local water resources. Continuous monitoring verifies water quality before treated water enters or re-enters the system and provides the basis for stable operation.
Benefits at a glance
- Treatment concepts adapted to water source and target water quality
- Reliable make-up and process water quality
- Filtration, membrane treatment and disinfection from one solution portfolio
- Protection of downstream cooling equipment
- Support for lower salt, particle and organic loads
- Options for water reuse and recovery concepts, subject to project requirements
- Integrated measurement, control and digital monitoring
- Process optimization through real-time monitoring data