CESS is a system for unloading, storing, and supplying electrolytes required for battery production
Electrolyte from the tank lorry is stored in a storage tank via piping lines, and the stored electrolyte is subdivided into a Local tank or Buffer Tank
The stored facility electrolyte supplied to the final electrolyte production facility (PKG) via MCB for electrolyte distribution is transported by pressurized NITROGEN (N2)
the tank lorry is in place, the electrolyte coupler is connected to pressurize the NITROGEN(N2) to transfer the electrolyte to the storage tank
Electrolyte record management is done via PLC, touchscreen, and barcode reader
Storage Tank
Storage tank for storing electrolytes supplied from outside and for supplying the battery electrolyte injection equipment when required
In order to prevent deterioration of the electrolyte, a jacket is made on the outer side of the tank and chilled water is circulated to maintain a constant temperature
Separator Tank
Tank for separating gas and liquid
CESS is a system for transporting electrolytes by means of nitrogen pressurization which causes nitrogen
to containsmall amounts of electrolyte andtherefore separation of gas and electrolyte is required
The separated gas is discharged to the A/C Tower, and the electrolyte accumulates in the tank
and is periodically discharged into the wastewater tank
Waste Tank
Storage tank for discharging waste electrolytes generated during system operation ( Waste liquid generated during CESS process / Cleaning liquid stemming from electrolyte replacement)
Discharging is determined by the operator
A/C Tower
NITROGEN used in the electrolyte transfer is discharged externally
Volatile Organic Compounds (VOC) gases mixed with nitrogen are discharged through an activated carbon filter when discharging into the atmosphere.
Multi Coupler Box (MCB)
Dispensing the electrolyte requested by the battery injection facility
