"reverse osmosis edi modules"
ماژول های VEOLIA Suez EDI E-Cell MK-7 EDI برای تصفیه آب از طریق الکترودئونیزاسیون مداوم
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 ...
ماژول VEOLIA EDI MK-7 استیک EDI الکترودئیونیزاسیون مستمر
VEOLIA EDI MK-7 Module Continuous Electrodeionization EDI Stack General Description 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, green hydrogen ...
ماژول Ionpure LX-Z IP-LXM10Z-5 CEDI برای نیروگاه های داروسازی
Ionpure LX-Z IP-LXM10Z-5 CEDI Module Industrial RO Polishing For Pharma / Power Plants Product Specifications Attribute Value LXM10Z-5 Boron 0.57 (2.5) LXM10Z-5 Recovery 1.1-1.65 (5.0-7.5) LXM10Z-5 DC Voltage 0-400 LXM10Z-5 DC Amperage 1.0–6.0 LXM10Z-5 Stack Silica (SiO2) Removal 90–99%, depending ...
Veolia MK-9 EDI Stack 35 GPM آب بسیار خالص برای خورشیدی
35 GPM Veolia MK-9 EDI Stack Ultrapure Water for Solar Photovoltaics and Green Hydrogen Product Specifications Attribute Value Stack Name MK-9 Dimensions (cm) 30 x 61 x 74 (W x H x D) Total exchangeable anions (ppm as CaCO3)
صنعت آب فوق خالص ضدعفونی کننده الکترودیونیزاسیون (EDI) E-Cell-3X
Industry Ultrapure water Sanitizable Electrodeionization (EDI) Stack E-Cell-3X General Description As part of the E-Cell* electrodeionization product line,the E-Cell-3X Stack is designed to: • Use electrical current to provide ultrapure waterfor semiconductor fabrication, power generation,solar ...
ویولیا MK-3 EDI هسته ای از آماده سازی آب صنعتی با خلوص بالا
Veolia MK-3 EDI Stack - Core of Industrial High Purity Water Preparation Veolia EDI Stacks E-Cell MK-3 is an advanced third-generation electrodeionization (EDI) module designed for continuous production of industrial high-purity and ultrapure water (up to 18.2 MΩ·cm). It uses electric fields to ...
300 VDC ماژول های الکترودیونیزاسیون MK-3 استیک های مبادله یون
Ultra Pure Water Reverse Osmosis EDI Membrane Stack Electro-Deionization (EDI/CEDI) EDI stack MK-3 General Description As part of the E-Cell* electrodeionization product line,the E-Cell MK-3 Stack is designed to: • Use electrical current to provide ultrapure water for semiconductor fabrication, ...
وولیا سوئز EDI استیک MK-3PharmHT برای سیستم های آب تصفیه شده آزمایشگاهی
Veolia Suez EDI Stacks MK-3PharmHT For Laboratory purified water systems The Veolia EDI MK-3PharmHT module is designed specifically for the pharmaceutical and biotechnology industries to meet the stringent requirements of these industries for high-purity and sterile water. The module has the ...
3.4 m3/h Veolia MK-3PharmHT EDI Stack سیستم آب خالص درجه دارویی
Recovery Up To 96% Veolia Suez EDI Stacks MK-3PharmHT 3.4 M3/H For Pharmaceuticals Product Overview The MK-3PharmHT EDI Stack by Veolia is a high-performance electrodeionization module specifically designed for pharmaceutical and biotechnology applications requiring ultra-pure water (UPW) ...
ماژول الکترودئونیزاسیون 15 Gpm برای آب خالص
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 ...
وولیا EDI E-Cell Stack MK-3: تا 97٪ بازیافت با ≥16 MOhm-cm مقاومت و جریان اسمی 3.4 M3/h
Veolia's E-Cell* Electrodeionization Technology: Efficiently Eliminating Residual Salts and Ionizable Species for Ultra-pure and High-purity Water Applications. EDI systems revolve around the core component - the EDI stack. Veolia offers a range of E-Cell stacks tailored for diverse applications, ...
ماژول استیک EDI پریمیوم Veolia: تکنولوژی تبادل یون بستر مخلوط استانداردهای جدیدی را در آب فوق خالص تعیین می کند
For numerous years, operators of pure water production systems searched diligently for a technology that would successfully replace mixed bed ion exchange for ultimate demineralization. The high operating costs, coupled with the intricacies and hazards posed by acid and caustic regeneration, were ...
