Products
VNX-Max CEDI system
High capacity ready-to-run CEDI systems
Our Continuous Electrodeionization (CEDI) systems based on the VNX-Max module are designed and manufactured to further purify reverse osmosis product water to ultra pure or high purity water (0.055 – 0.5 µS/cm). These pre-engineered and ready-to-run CEDI systems are fully factory acceptance tested to significantly reduce installation and start-up costs and are available in a range from 15 to 180 m3/h.
VNX-Mini CEDI system
High capacity ready-to-run CEDI systems
Our Continuous Electrodeionization (CEDI) systems based on the VNX-Mini module are designed and manufactured to further purify reverse osmosis product water to ultra pure or high purity water (0.055 – 0.5 µS/cm). These pre-engineered and ready-to-run CEDI systems are fully factory acceptance tested to significantly reduce installation and start-up costs and are available in a range from 6 to 216 m3/h.
EDIpure Advanced LX CEDI system
EDIpure Advanced ready-to-run CEDI systems
Our EDIpure Advanced Continuous Electrodeionization (CEDI) systems based on the LXM-X module are designed and manufactured to further purify reverse osmosis product water to ultra pure or high purity water (0.055 – 0.5 µS/cm). These pre-engineered and ready-to-run CEDI systems are fully factory acceptance tested to significantly reduce installation and start-up costs and are available in a range from 0.22 to 7.67 m3/h.
Basic Compact LX CEDI system
Basic Compact ready-to-run CEDI systems
Our Basic Compact Continuous Electrodeionization (CEDI) systems based on the LXM-X module are designed and manufactured to further purify reverse osmosis product water to ultra pure or high
purity water (0.055 – 0.5 µS/cm). These pre-engineered and ready-to-run CEDI systems are fully factory acceptance tested to significantly reduce installation and start-up costs and are available in a range from 0.22 to 7.67 m3/h.
Basic Compact MX CEDI system
Complete ready-to-run small capacity CEDI systems
Our Basic Compact Continuous Electrodeionization (CEDI) systems based on the MX module are designed and manufactured to further purify reverse osmosis product water to ultra pure or high purity water (0.055 – 0.5 µS/cm). These pre-engineered and ready-to-run CEDI systems are fully factory acceptance tested to significantly reduce installation and start-up costs and are available in a range from 15 to 750 l/h.
Ultrapure Water (UPW) equipment
Ultrapure Water (UPW) equipment for Holland Hydrogen 1
Pure Water Group has made a significant contribution to the advancement of green hydrogen technology with the design and supply of Ultrapure Water (UPW) equipment for Holland Hydrogen 1, one of Europe’s largest green hydrogen projects. Located on Maasvlakte 2 near Rotterdam, this 200 MW plant will use offshore wind power to produce up to 60,000 kilograms of renewable hydrogen per day, primarily for heavy-duty transport and refining sectors.
100 m3/h CEDI system
Pure Water Group supplied five of these CEDI systems
Basic project details
Project name: NAM project (redevelopment oilfield Schoonebeek)
Client: NieuWater BV
End-user: NAM (Dutch Oil Company)
Location: Emmen, Netherlands
Technology: Continuous Electro Deionization
Projected capacity: 400 m3/h
Product water conductivity: < 0,1 microS/cm
Application: Pure Water production for injection into oilfield
Raw feed water: Treated sewage water
HPWS81534+
15 m3h Hot Water Sanitizalbe Purified Water System
15 m3/h Hot Water Sanitizalbe Purified Water System
Features
• Production of high quality Purified Water, well within the limits of the latest pharmacopoeias
• Control panel including Siemens PLC S7-300 with graphic Touch Panel
• Calibrated conductivity / resistivity instrument for Purified Water monitoring, temperature compensation on/off
• Sample valves for chemical and bacterial analyses
• Continuous operation, during stand-by continuous circulation via break tank
• Water saving technology, and more
PVTCU3002+ custom engineered CEDI system
High spec project in Australia 2x 12,5 m3/h
During an Enhanced Concept Definition Study, EDI technology was recommended as the preferred solution for necessitated replacement of an existing Demineralized Water Plant that uses large volumes of hazardous and corrosive chemicals. The CEDI skids are a proprietary item, manufactured to various European standards, but also comply Australian standards.