Double-pass Reverse Osmosis + EDI + Polishing Resin
Key Components:
RO Membrane Modules, EDI Units
Processing:
Pre-treatment+RO Desaliantion
Filter Media:
Sand+carbon+RO
Operation Mode:
Fully Automatic
Packaging Details:
export standard wooden case
Highlight:
15M3/H Deionized Water Equipment
,
High Purity Deionized Water Equipment
,
15M3/H Deionized Water System
Product Description
I. Equipment Introduction
High-purity and ultrapure water are critical for manufacturing optoelectronic materials, LCD/PDP displays, microelectronics, PCBs, and integrated circuits (ICs). As IC integration increases, so do water quality demands, driving innovation in efficient, automated ultrapure water systems.
II. Process Flow
Raw Water - Raw Water Pressure Pump - Multi-media Filter - Activated Carbon Filter - Water Softener - Precision Filter - Primary Reverse Osmosis - pH Adjustment - Intermediate Water Tank - Secondary Reverse Osmosis - Purified Water Tank - Pure Water Pump - DI(CEDI ) - Water Point
III. Specifications
Item
Specification
Productivity
15M³/H
Produced Water Quality
Resistivity ≥15-18.25 MΩ·cm
Core Technology
Double-pass Reverse Osmosis + EDI + Polishing Resin
Key Components
RO Membrane Modules, EDI Units
Operation Mode
Full Automatic (PLC-controlled)
Product Features
Stable Water Quality,Low Operation Cost,Reliable Performance
After-Sales Service
2-Year Warranty For Standard Equipment
IV. Design Features
The system adopts full automatic control (manual control is also available), and the automatic backwash and regeneration procedures can be set during operation.
All unit wiring is completed in the factory to reduce installation and debugging time.
Both primary and secondary reverse osmosis systems are equipped with reflux pipelines, and the RO equipment is equipped with a chemical cleaning device.
UPVC material is generally used for pipelines.
Integrated control system and instrument system for convenient operation and management.
RO membrane timing cleaning: The function of cleaning RO membrane upon startup and at fixed intervals extends the service life of RO membrane.
Water recovery rate: Through special process design, the equipment recovery rate is significantly increased to 70%.
The equipment has an automatic prompt function for consumable replacement, and the replacement cycle of consumables depends on changes in water quality and pressure rather than usage time, considering water quality differences in various regions.
V. Design Standards and Basis
Customized based on the detailed water quality report provided by the user.
Technical Conditions for Water Treatment Equipment
Standard for Reverse Osmosis Water Treatment Equipment
Low-voltage Switchgear and Control Gear Assemblies
GB6682-2008 Technical Specifications for Ultra-pure Water in Laboratories
GB/T11446.1-1997 Specifications for Electronic Grade Ultrapure Water
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