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Upgrade EDI Modules For Advanced And Environmentally Friendly Solution

    Buy cheap Upgrade EDI Modules For Advanced And Environmentally Friendly Solution from wholesalers
     
    Buy cheap Upgrade EDI Modules For Advanced And Environmentally Friendly Solution from wholesalers
    • Buy cheap Upgrade EDI Modules For Advanced And Environmentally Friendly Solution from wholesalers
    • Buy cheap Upgrade EDI Modules For Advanced And Environmentally Friendly Solution from wholesalers

    Upgrade EDI Modules For Advanced And Environmentally Friendly Solution

    Ask Lasest Price
    Brand Name : VEOLIA
    Model Number : MK-3
    Certification : CE
    Price : Negotiable
    Supply Ability : 60000 Unit/Units per Month
    Delivery Time : 5- 8 work days
    • Product Details
    • Company Profile

    Upgrade EDI Modules For Advanced And Environmentally Friendly Solution

    The advantages of Electrodeionization (EDI) compared to Mixed Bed systems are numerous. EDI offers a more advanced technology, eliminating the need for regeneration chemicals or neutralization systems. This results in significantly lower operating costs and a more environmentally friendly solution. Additionally, EDI systems offer continuous and simplified operation, leading to improved process efficiency. Furthermore, with a smaller footprint and reduced building height requirement, EDI systems are easier to integrate into existing industrial facilities. Overall, EDI technology offers a cost-effective, environmentally friendly, and efficient alternative to Mixed Bed systems.


    parameter data


    Stack Name

    MK-3PharmHT

    MK-3MiniHT

    Weight

    Dimensions

    Shipping weight (kg)

    92

    52

    Dimensions
    (cm as width x height x depth)

    30 x 61 x 54

    30 x 61 x 29


    Feed Water Quality
    Specifications

    Total exchangeable anions (ppm as CaCO3)

    < 25

    < 25

    Conductivity (μS/cm)

    < 43

    < 43

    pH

    4-11

    4-11

    Temperature (°C)

    4.4-40

    4.4-40

    Hardness (ppm as CaCO3)

    < 1.0

    < 1.0

    Silica (ppm as SiO2)

    < 1.0

    < 1.0

    TOC (ppm)

    < 0.5

    < 0.5

    Turbidity (NTU)

    < 1.0

    < 1.0

    Color (APHA)

    < 5

    < 5

    Chlorine (ppm)

    < 0.05

    < 0.05

    Fe, Mn, H2S (ppm)

    < 0.01

    < 0.01

    Oxidant

    Not detected

    Not detected

    Oil and grease

    Not detected

    Not detected

    SDI15

    < 1.0

    < 1.0

    Product Water Quality

    Resistivity (MOhm-cm)

    > 10

    > 10

    TOC (ppb)

    < 500

    < 500


    Operating Parameters

    Maximum water production (m3/hr)

    4.5

    1.5

    Minimum water production (m3/hr)

    1.6

    0.5

    Typical designed water production (m3/hr)

    2.0-4.5

    0.5-1.5

    Recovery

    Up to 96%

    Up to 93%

    Voltage (VDC)

    0-300

    0-150

    Amperage (ADC)

    0-5.2

    0-5.2

    Inlet pressure (bar)

    Counter-current: 4.1-6.9
    Co-current: 3.1-6.9

    Counter-current: 4.1-6.9
    Co-current: 3.1-6.9

    Dilute inlet/outlet standard pressure drop (bar)

    1.4-2.8

    1.4-2.8

    Minimum pressure difference between dilute outlet and concentrate inlet (bar)

    0.34

    0.34

    Number of 1 hour sanitization cycles

    160

    160

    Maximum sanitization temperature (°C)

    85

    85

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