Electrodeionization (EDI) System | 13 GPM | Hydrogen Production | Massachusetts, USA

Overview

• Location: Massachusetts, USA
• Application: Hydrogen Production – Ultrapure Water Supply
• Final Product Flow: 13.5 GPM
• System Type: Electrodeionization (EDI) Skid

Key Components:

• Model: EDI-15
• Capacity: 13.5 GPM (Average Flow Rate)
• EDI Module for continuous deionization
• Resistivity Monitor for ultrapure water quality assurance
• Flow Meters for monitoring reject and product lines
• PVC SCH 80 Low-Pressure Piping for durability and corrosion resistance
• Skid-Mounted, Compact Design for plug-and-play installation

[custom-specifications]

• Hydrogen production requires high-purity water with very low conductivity to protect sensitive electrolysis equipment
• Traditional mixed-bed ion exchange systems demand chemical regeneration, increasing operational complexity and costs
• The client required a compact, automated system with minimal maintenance and no chemical handling

[/custom-specifications]

[custom-features]

Pure Aqua supplied an EDI-15 Electrodeionization System engineered to deliver 13.5 GPM of ultrapure water continuously. The system integrates a high-performance EDI module, resistivity monitoring, and precision flow meters, all pre-assembled on a robust skid.
By eliminating the need for chemical regeneration, the system ensures low-maintenance, environmentally friendly operation, while providing the ultrapure water quality essential for hydrogen production applications.

[/custom-features]

[custom-usage]

• Continuous Ultrapure Water – Provides stable, high-resistivity water essential for hydrogen production
• Chemical-Free Operation – Eliminates the need for regeneration chemicals, reducing operating costs and environmental impact
• Compact & Integrated – All components mounted on a single skid for easy installation and startup
• Reliable Monitoring – Built-in resistivity monitoring and flow meters ensure consistent product quality
• Durable Construction – Industrial-grade PVC piping and skid assembly designed for long service life