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cEDI Electro - Deionization to remove irons from water for food beverage | semi conductor

    Buy cheap cEDI Electro - Deionization to remove irons from water for food beverage | semi conductor from wholesalers
     
    Buy cheap cEDI Electro - Deionization to remove irons from water for food beverage | semi conductor from wholesalers
    • Buy cheap cEDI Electro - Deionization to remove irons from water for food beverage | semi conductor from wholesalers
    • Buy cheap cEDI Electro - Deionization to remove irons from water for food beverage | semi conductor from wholesalers

    cEDI Electro - Deionization to remove irons from water for food beverage | semi conductor

    Ask Lasest Price
    Brand Name : Purescience
    Model Number : PLX-450
    Certification : ISO9001/SGS
    Price : Negotiable
    Payment Terms : L/C, T/T, D/P
    Supply Ability : 200 pieces per month
    Delivery Time : 2 - 3 weeks
    • Product Details
    • Company Profile

    cEDI Electro - Deionization to remove irons from water for food beverage | semi conductor

    cEDI Electro-Deionization to remove irons from water for food beverage | semi conductor 5m3/hour 18MΩ.cm


    Specifications

    • Feed water datas

    TypeUnitAllowed rangeBest condition
    PH5-97-7.5
    Conductivityµs/cm<50<20
    Total Harness (CaCO3)ppm<1.0<0.5
    CO2ppm<5<2
    SiO2ppm<0.5<0.2
    TOCppm<0.5no
    Heavy ions (Fe, Mn, etc)ppm<0.01no
    SDI<0.5<0.2
    Free Clppm<0.05no
    Temperature5-4210-35
    • Technical data
    ParameterPLX-500PLX-100PLX-200PLX-350PLX-500
    Production flow (m3/h)5123.55
    Flow range (m3/h)4.5-5.50.5-1.51.5-2.52.5-4.54.5-5.5
    Production resistivity (MΩ•cm)≥16≥16≥16≥16≥16
    Operation current (Amp)≤7≤7≤7≤7≤7
    Operation voltage (V)≤200≤200≤200≤200≤200
    Inlet pressure (Mpa)0.2-0.50.2-0.50.2-0.50.2-0.50.2-0.5
    Recovery rate (%)85-9580-9085-9585-9585-95

    Descriptions

    Electro-Deionization, or EDI, is a process that evolved from conventional ion exchange technology. EDI provides continuousdemineralization at recovery rates of 90% or more. In EDI, just as in conventional ion exchange, cations and anions in the feedwater are exchanged for hydrogen and hydroxyl ions in the ion exchange resins, producing demineralized water. The key operational difference is that with EDI, the ion exchange resin is regenerated continuously, while withconventional ion exchange, chemical regeneration is performed intermittently. Continuous regeneration in EDI is achieved electrochemically, by means of ion conducting membranes and an imposed electric current. The hydrogen and hydroxyl ions necessary for regeneration are formed in-situ, without addition of chemical reagents, by means of the familiar water dissociation reaction, sometimes called water splitting.


    Applications:

    • Power plant chemical liquid processing
    • Electronics
    • Semi-conductor
    • Ultrapure water Precision machinery industry
    • Pharmaceuticals / pharmacy
    • Food and beverage
    • Drinking water
    • Seawater desalination and brackish water treatment

    Case studies:

    Dialysis: 10 m3/h

    cEDI Electro - Deionization to remove irons from water for food beverage | semi conductor

    Pharmaceuticals 3 m3/h

    cEDI Electro - Deionization to remove irons from water for food beverage | semi conductor

    Competitive advantage

    EDI product quality approaches 18 Mohm/cm resistivity at design conditions. The product quality is not sensitive to inlet feed fluctuations or spikes, nor does it decay over time as in the exhaustion of traditional deionization units. Reduction of both SiO2 and ionizable TOC in an EDI system is comparable to results achieved with primary mixed-bed operation.

    Quality cEDI Electro - Deionization to remove irons from water for food beverage | semi conductor for sale
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