Background
Lithium battery production runs 24 hours a day, so cooling systems never stop and shutdown cleaning is extremely costly. At the same time, discharge permits are tightening and total blowdown volume is capped.
How it works
Bypass ECD replaces chemical scale inhibitors and removes scale-forming ions directly. Combined with concentration ratio optimisation and online monitoring, heat-transfer efficiency is maintained without shutting down.
Key capabilities
- Bypass tie-in installed without shutdown
- Concentration ratio raised to 5–8 cycles, cutting make-up and blowdown
- Online monitoring of pH, conductivity, turbidity and corrosion rate
- Heat exchanger approach trend visible; cleaning intervals predictable
Questions and answers
What is the core value of Cooling Water Treatment for Lithium Battery?
Scaling control and water management under high-load continuous production
What problem does it solve?
Lithium battery production runs 24 hours a day, so cooling systems never stop and shutdown cleaning is extremely costly. At the same time, discharge permits are tightening and total blowdown volume is capped.
How does it work?
Bypass ECD replaces chemical scale inhibitors and removes scale-forming ions directly. Combined with concentration ratio optimisation and online monitoring, heat-transfer efficiency is maintained without shutting down.