Home / Applications / Battery Dry Room Inerting

Battery Dry Room Inerting

−70°C dew point N₂ inerting for lithium battery production. PSA + catalytic gas purifier combo prevents moisture-related defects in cell assembly and electrolyte filling.

N₂ + Purifier

Why Nitrogen for Dry Rooms?

Ultra-Low Dew Point

PSA + catalytic purifier achieves −70°C dew point at point-of-use. Classifies as ISO Class 0 dry room environment for lithium battery production.

Moisture Protection

N₂ inerting prevents moisture reaction with lithium electrodes and electrolyte. Reduces battery defect rate from 5% to <0.5% in cell assembly areas.

40% Energy Savings

N₂ dry room consumes 40% less energy than conventional desiccant wheel systems. Smaller HVAC load, lower electricity costs, simpler maintenance.

Consistent Dryness

Automatic dew point monitoring and alarm. N₂ flow adjusts automatically based on room humidity sensors. No humidity spikes during shift changes.

How It Works

1

N₂ Generation

PSA produces 99.99% N₂

2

Catalytic Purifier

Dew point to −70°C

3

Distribution

316L electropolished piping

4

Room Inerting

N₂ maintained at slight positive pressure

5

Monitoring

Multi-point dew point + O₂ sensors

Technical Specifications

ParameterValue
N₂ Purity99.99% – 99.999%
Dew Point<−70°C
Flow Rate50–500 Nm³/h
Room ClassificationISO Class 0 dry room
Defect Rate Reduction5% → <0.5%
Energy vs. Desiccant40% less

Common Applications

Cell Assembly

Electrode stacking, electrolyte filling, cell sealing. <−60°C throughout.

Module Assembly

Module and pack assembly. Prevents corrosion and leakage.

R&D

Solid-state battery handling. Ultra-dry for sensitive materials.

View Lithium Battery Solution → View Gas Purifiers → Get a Quote →
Quick Inquiry Back to Top