"reverse osmosis edi modules"
スエズ EDI E- セル スタック モデル MK-3PharmHT 超純粋な注射用水
E-Cell MK-3PharmHT is the sole pharmaceutical electrodeionization (EDI) stack designed to: • Offer ultrapure water for pharmaceutical uses. • Be hot water sanitizable up to 185ºF (85ºC) for 160 cycles. • Operate without Concentrate re-circulation and without brine injection. • Not require stack bolt ...
Veolia 電極電離化 (EDI) スタックモジュール MK-7 導電性 < 62 μs/cm
The Veolia MK-7 EDI Stack Modules are designed to provide high-purity water for applications where water quality is critical, such as pharmaceuticals, laboratories, and water for injection (WFI). The MK-7 model ensures continuous, chemical-free deionization, offering a sustainable and reliable ...
VeoliaTM E-Cell* EDI MK-3MiniHT:超純水 1.14 m3/h 流量,抵抗性≥10 (薬剤) MOhm-cm/≥16 (インド) MOhm-cm EDIシステム
Veolia's innovative E-Cell* electrodeionization (EDI) technology effectively eliminates residual salts and ionizable aqueous species, including carbon dioxide, silica, ammonia, and boron, from water sources. The core of this technology lies in the EDI stack, a vital component in the construction of ...
イオン純 CEDI LX-Z IP-LXM10Z-5 高品質のデイオニ化水保証 ≤0.05ppm 塩素補給水
Ionpure LX-Z — Industrial CEDI Module The Ionpure LX-Z-5 modules, with their enhanced chlorine tolerance, are tailor-made to serve a diverse range of industrial deionized water applications, spanning from boiler makeup water for power plants to pharmaceutical-grade pure water, water for hydrocarbon ...
IONPURE® LX-Z CEDI モジュール: 工業用脱イオン化水アプリケーション 水処理ソリューションのために設計
IONPURE LX-Z—a continuous electrode deionization (CEDI) module designed for industrial applications, has excellent chlorine tolerance and is widely used in various industrial deionized water application scenarios and markets, such as power plant boiler feed water, hydrocarbon and chemical process ...
産業用電極電離化モジュールの流量3.4m3/H (−15.0gpm/Ft2) 4-11pH範囲
The VNX module was developed to curtail the cost of constructing high-flow-rate CEDI systems and to render it effortless to opt for a clean and environmentally congenial technology rather than chemically regenerated mixed bed ion exchange systems. Higher flow rate CEDI modules lead to more ...
イオンPure IP-LXM30Z-4 産業用電極電離化モジュール 4-11pH 重量 122kg 応用産業/電力
The VNX module was developed to decrease the cost of constructing high flow rate CEDI systems and to simplify the choice of a clean and environmentally friendly technology over chemically regenerated mixed bed ion exchange systems. The higher flow rate of CEDI modules leads to more straightforward ...
IonPure IP-LXM45Z-4 産業用電極電離化モジュール 4-11pH 範囲 産業用・電力用
The VNX module was developed to curtail the expense of establishing high flow rate CEDI systems and to facilitate the adoption of a clean, environmentally friendly technology in preference to chemically regenerated mixed bed ion exchange systems. CEDI modules with higher flow rates enable easier ...
Veolia EDI E-Cell Stack MK-7 超純水再生システム
Veolia's E-Cell* electrodeionization (EDI) technology eliminates residual salts and ionizable aqueous species - such as carbon dioxide, silica, ammonia, and boron - from your water sources. EDI systems are constructed around the core component called an EDI stack. Veolia offers several choices of E...
GE MK3PHARMHT-EDI セル 入力 パワー 300w 恒常 消鉱水 2.1 バー
MK3pharmHT - EDI cell The MK-3pharmHT module is an EDI cell capable of generating demineralized water at an extremely high level of purity for pharmaceutical applications. The ions are eliminated through an ion-exchange resin, which is regenerated continuously by electric current. Therefore, process ...
GE MK3PHARMHT-EDI CELL 入力電源 300w 恒定
MK3pharmHT - EDI cell The MK-3pharmHT module is an EDI cell capable of generating demineralized water at an extremely high level of purity for pharmaceutical applications. The ions are eliminated through an ion-exchange resin, which is regenerated continuously by electric current. Therefore, process ...
ベオリア スエズ EDI スタック E-Cell MK-3 化学金属工学および一般産業用
Veolia Suez EDI Stacks E-Cell MK-3 For Chemical, Metallurgy And General Industry EDI MK-3 module is an efficient and stable water treatment equipment. It adopts advanced electrodeionization technology to achieve efficient removal of ions in water through ion exchange and migration process driven by ...
