Pain point
Loop biofilm raises thermal resistance and differential pressure, eroding available compute and driving O&M cost. Heavy chemical programs can attack cold-plate and pipe materials, while discharge compliance still needs answers.
AI data center · Liquid cooling
265nm UVC biofilm control for AI liquid cooling
Biofilm in CDUs and cold plates cuts heat transfer and raises clog risk. Hyper Flux™ uses 265nm physical suppression to reduce harsh chemical load on piping and plates—with DCIM-ready operating evidence.
Approach
Deploy 265nm long-term biofilm suppression on coolant / recirculation paths, hold dose with sensor feedback, and export flow, UV status, and alert trends for facility monitoring.
- Modular bypass suited to growing CDU fleets
- One PDU can drive multiple reactors; Ethernet daisy-chain for halls
- Closed-loop data for preventive maintenance
What to verify
- Closed-loop flow and UV status monitoring
- Alerts and trends for DCIM integration
- Validate coolant chemistry and material compatibility before deploy
Evaluate your liquid-cooling loop
Share CDU count, design flow, coolant type, and hall topology. See the use-case summary or FAQ.