EDI Modules
LX-100 EDI Modules For Boiler Feedwater / Power
China High Quality EDI Modules LX-100 For Boiler Feedwater For Power Product Description EDI Module | Electrodeionization EDI is a new type of ultra-pure water technology developed in the 1990s, Its development is a revolutionary advance in the history of pure water production technology. EDI can replace traditional ion exchange technology, produce stable deionized water. Unlike the hybrid ion exchange device, the EDI system does not require chemical regeneration, and does
0.5-0.7m3/H Long Life EDI Modules LX-50 For Deionized Pure Water System
0.5-0.7m3/H Long Life EDI Modules LX-50 For Deionized Pure Water System Product Description EDI Module | Electrodeionization EDI is a new type of ultra-pure water technology developed in the 1990s, Its development is a revolutionary advance in the history of pure water production technology. EDI can replace traditional ion exchange technology, produce stable deionized water. Unlike the hybrid ion exchange device, the EDI system does not require chemical regeneration, and does
Reliable Operation Ionpure CEDI LX-Z IP-LXM10Z-5 With Improved Chlorine Tolerance
Reliable Operation Ionpure CEDI LX-Z IP-LXM10Z-5 With Improved Chlorine Tolerance Ionpure LX-Z — Industrial CEDI Module EDI (Electrodeionization) is a pure water manufacturing device that uses ion exchange technology, ion exchange membrane technology, and ion electromigration technology. It cleverly combines electrodialysis with ion exchange technology, uses high-voltage electrodes at both ends to drive the movement of charged ions in the water, and accelerates the movement
Wide Range Of Flow Ionpure CEDI LX-Z IP-LXM04Z-5 With Low Operating Costs
Wide Range Of Flow Ionpure CEDI LX-Z IP-LXM04Z-5 With Low Operating Costs Ionpure LX-Z — Industrial CEDI Module The Ionpure® LX-Z modules with improved chlorine tolerance are speciffcally designed for a wide range of industrial deionized water applications and markets, including boiler makeup water for power plants, water for hydrocarbon and chemical processing (HPI/CPI) and other high purity needs. Ionpure CEDI modules provide a constant ffow of high purity water without the
Good Water Quality Ionpure CEDI LX-Z IP-LXM24Z-5 For Biopharmaceutical Industry
Good Water Quality Ionpure CEDI LX-Z IP-LXM24Z-5 For Biopharmaceutical Industry Ionpure LX-Z — Industrial CEDI Module What are the features of the Siemens IP-LXM24ZEDI module? Super strong electrical insulation performance; Double O-ring seal ensures leak-free operation; Operating costs are much lower than traditional ion exchange; No acid, alkali, neutralization system or resin tank is required; Can operate continuously at 7bar (100psi), 45C (113F); Patented "full-filled"
Super Strong Electrical Insulation Ionpure CEDI LX-Z IP-LXM18Z-5 For Industrial
Super Strong Electrical Insulation Ionpure CEDI LX-Z IP-LXM18Z-5 For Industrial Ionpure LX-Z — Industrial CEDI Module Siemens EDI module IP-LXM18Z structural features Siemens EDI module is a device composed of resin and membrane chamber. Because it utilizes the principle of electrodialysis, EDI module is also called electrodialysis device. Siemens IP-LXM18Z module is mainly composed of feed liquid pretreatment system, membrane stack pretreatment system, membrane stack,
Greater Stability Ionpure CEDI LX-Z IP-LXM30Z-5 For Electronic Power Industry
Greater Stability Ionpure CEDI LX-Z IP-LXM30Z-5 For Electronic Power Industry Ionpure LX-Z — Industrial CEDI Module Siemens IP-LXM30Z EDI module is an EDI membrane product designed by Siemens for ultrapure water treatment. The water production of IP-LXM30 EDI module can reach 3 tons per hour. Compared with other EDI modules, it has stronger stability and longer service life. It is mainly used in power, electronics, HPI/CPI, medicine, industry and other industries, as well as
5.1-7.67m3/Hr Ionpure CEDI LX-Z IP-LXM45Z-5 With Environmentally Friendly Process
5.1-7.67m3/Hr Ionpure CEDI LX-Z IP-LXM45Z-5 With Environmentally Friendly Process Ionpure LX-Z — Industrial CEDI Module Electrodeionization (EDI) is a new desalination process that combines electrodialysis and ion exchange. EDI can continuously discharge water without the need for chemical agents (acid, alkali, salt) regeneration, thus not polluting the environment; it can achieve fully automatic control; it has wide adaptability, so it can be used for water treatment in all
Replaceable DI Tank Ionpure EDI Modules LX-Z IP-LX8000Z-5 Meets NSF 14 And NSF 61
Replaceable DI Tank Ionpure EDI Modules LX-Z IP-LX8000Z-5 Meets NSF 14 And NSF 61 Requirements Ionpure LX-Z — Industrial CEDI Module Key Features of the EDI Ionpure IP-LX8000Z-5 Industrial Module: With increased chlorine resistance, the Ionpure IP-LX8000Z-5 module is designed for a wide range of industrial deionized water applications and markets, including boiler make-up water for power plants, pharmaceutical pure water, hydrocarbon and chemical process water (HPI/CPI), and
Flow 5.0 M3/H Veolia Suez EDI Modules E-Cell-3X Suez For Providing Ultrapure Water
Flow 5.0 M3/H Veolia Suez EDI Modules E-Cell-3X Suez For Providing Ultrapure Water 1. The system is widely used in power, semiconductor, chemical, metallurgy and general industry, providing high-quality ultrapure water for these industries. In these fields, the purity and stability of water quality are extremely high, and this system can meet their production and process requirements. 2. The system can continuously produce high-quality ultrapure water by adopting mixed bed
VEOLIA Suez EDI E-Cell MK-7 EDI Modules For Continuous Electrodeionization Water Treatment
VEOLIA EDI E-Cell MK-7 EDI Modules For Continuous Electrodeionization Water Treatment The Veolia EDI high flow module MK-7 has attracted much attention in the field of water treatment due to its significant pressure reduction advantage. This feature not only improves the overall efficiency of the system, but also reduces energy consumption and operating costs, providing industrial users with more efficient and energy-saving water treatment solutions. Firstly, the MK-7 high
Veolia EDI Modules MK3 Mini Nominal Flow 1.14 M3/H For Laboratory Water
Veolia EDI Modules MK-3MiniHT Nominal Flow 1.14 M3/H For Laboratory Water Key Features of Veolia EDI Modules MK-3MiniHT: 1. High water flux: With high water flux, it can process more water in a limited time. This makes it very suitable for the pharmaceutical industry to meet the demand for large amounts of high-purity water in the production process. 2. Electrodeionization technology: Electrodeionization technology is used to remove ions and particles from water through
Recovery Up To 96% Veolia EDI Modules MK-3PharmHT 3.4 M3/H For Pharmaceuticals
Recovery Up To 96% Veolia EDI Modules MK-3PharmHT 3.4 M3/H For Pharmaceuticals Key Features of Veolia EDI Modules MK-3PharmHT: High Water Flux: The exceptional high water flux capability of this system enables the efficient processing of large volumes of water within a limited timeframe. This attribute is particularly advantageous for the pharmaceutical industry, where there is a critical need for substantial quantities of high-purity water during the production process to
Electrodeionization System Veolia MK-7 EDI Modules For Pure Water Production
Electrodeionization System Veolia MK-7 EDI Modules For Pure Water Production Experience unparalleled pure water production with Veolia's MK-7 EDI. This cutting-edge electrodeionization system offers superior performance, reliability, and efficiency. (1) Higher and stable quality water product; (2)No need for acid-base regeneration; (3)Continuous running,simple peration; (4)Less requirements and cost in installation; (5)Modular system,more flexible,easy to expand; (6)No
Veolia Suez EDI Modules E-Cell MK-3 For Industrial , Recovery Up To 96%
Recovery Up To 96% Veolia Suez EDI Modules E-Cell MK-3 For Industrial As an economical and practical environmentally friendly ultrapure water treatment solution, EDI technology has the following advantages over mixed beds: Utilizing continuous electrodeionization technology, no need for chemical regeneration, low operating cost; high water utilization rate; continuous operation, stable effluent quality, no acid and alkali discharge, and can meet the requirements of green
Veolia E Cell Edi Module Water Treatment For Ultrapure Water
Veolia EDI Modules MK-3MiniHT Maximum water production 1.5 m3 /h Recovery Up to 93% In the field of modern water treatment, especially in industries with extremely high water quality requirements, Veolia EDI module MK-3MiniHT stands out with its unique performance. Among them, the feature of "160 high-temperature disinfection times in 1h" shows its outstanding ability to ensure water quality safety and stable system operation. First, understand the importance of high
Laboratory 15 Gpm Electrodeionization Module For Pure Water
Veolia E-Cell EDI Modules MK-3PharmHT Stack Flow 3.4 m³/h (15 gpm), A Conductivity Below 109µs/Cm Main functional characteristics 1. High water flux: With high water flux, it can process more water in a limited time. This makes it very suitable for the pharmaceutical industry to meet the demand for large amounts of high-purity water in the production process. 2. Electrodeionization technology: Electrodeionization technology is used to remove ions and particles from water
Ultra Pure Water Edi Modules Electrodeionization For Pharmaceutical
Recovery 97% Nominal Flow 5.0 m3/h Veolia EDI Modules E-Cell-3X Technical advantages 1. High efficiency and energy saving: Compared with traditional ion exchange and reverse osmosis technologies, EDI can achieve higher deionization effect at lower energy consumption. Because it uses electrical energy to directly drive the migration of ions, it does not require a large amount of chemical regeneration agents. 2. Environmentally friendly: EDI technology reduces the need for
Continuous Electrodeionization Edi Module Easy Expand
Flow Rate Range 1.7 – 4.5 M3/h Veolia EDI Modules E-Cell MK-3 Easy to expand In the field of modern water treatment, efficient and reliable technical means are essential. Veolia EDI module MK-3, with its unique performance, uses direct current to drive the continuous migration of ions from the influent, bringing a new solution to the water treatment industry. Understand the key role of direct current in the MK-3 module. As a stable form of energy, direct current provides a
31 Gpm Continuous Edi Modules For Ultrapure And High Purity Water Systems
Module Nominal Flow 7.0 M³/H VEOLIA EDI Modules E-Cell MK-7 For Ultrapure And High Purity Water Systems EDI Veolia E-Cell MK-7 Stack Industrial Module Key Features: As part of the E-Cell* electrodeionization product line, the E-Cell MK-7 Stack is designed to: Use electrical current to provide ultrapure water for power generation, solar panel production and many other heavy industries. Delivers premium performance, including the highest levels of product water quality and