1Membrane Humidifier Overview
Membrane-Based Moisture-Transfer Humidification Technology
A membrane humidifier selectively transfers moisture using the difference in water-vapor partial
pressure across the membrane.
By using the latent heat of evaporation, in which water absorbs ambient heat as it evaporates, it humidifies air efficiently without a separate steam generator.
By using the latent heat of evaporation, in which water absorbs ambient heat as it evaporates, it humidifies air efficiently without a separate steam generator.
2
Modular Design and Maintenance Technology
- The design integrates an air cooler and control valve in a modular system with a replaceable membrane cartridge.
- A simplified system and replaceable cartridge reduce installation space and maintenance costs.
3Membrane Humidifier Flow-Path Technology
High-Efficiency, Low-Pressure-Loss Vertical Flow Technology
- The vertical flow-path design improves flow uniformity and condensate drainage.
- The optimized flow path delivers high humidification performance with low pressure loss.
4Membrane Humidifier Membrane Technology
Eco-Friendly, High-Durability Next-Generation Membrane
- Eco-friendly CA material provides both excellent moisture-transfer performance and high mechanical strength.
- With vapor permeability equivalent to conventional PES and approximately four times the strength, it improves humidifier performance and durability.
5Membrane Humidifier System Technology
Integrated Membrane-Based Humidification System
- The system combines a membrane humidifier with thermal-fluid control technology to supply the required moisture efficiently.
- Humidification can be controlled according to operating conditions, enabling use in diverse industries such as air handling units (AHU) and humidification-dehumidification desalination (HDH).
