MCDi

Adjustable Control of Water Ions and Total Dissolved Solids.

MCDi is a tunable water deioniation technology that is designed to remove dissolved salts from a variety of water sources.  The systems are composed of modules, which are comprised of membrane and electrode cells.

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  • Product description

    MCDi: CONSISTENT AND HIGH-QUALITY WATER FOR THE BEVERAGE INDUSTRY

    Beer contains about 90-95% water and the importance of the water to final beer quality cannot be over-estimated.  Correct water adjustments can make the difference between a good and an excellent beer (style).  It is well worth spending time, effort and an expense to develop a true understanding and equip yourself with best practice guidelines and equipment to perfect your beverage and grow your business.

    Water contains different levels of Total Suspended Solids (TSS), disinfectants (chlorine, chloramine), and depending on the region, high or low levels of dissolved solids (minerals).  While water treatment systems, such as reverse osmosis or ion exchange filters, are already used in the beverage industry, not all of them are cost effective. They can cause high water wastage, create very generic water and suffer from high maintenance costs.

    MCDi is able to instantly adjust the water output with laser sighted accuracy, enabling you to maintain your exact water quality standards providing consistent taste and TDS reduction throughout your entire operation.

    BENEFITS

    • Tunable water profiles with adjustable removal of total dissolved solids (TDS)
    • Reduced fresh water intake by up to 40%
    • Lowers waste water by up to 60%
    • Save on Capex, space and up to 60% on running costs vs RO
    • Invest in your future with expandable hardware
    • Remote monitoring available
    • Protects against changes in incoming water supply

    ENERGY CONSUMPTION USING MCDi IS TYPICALLY 1/2 OF THAT REQUIRED FOR RO

     

    BP9: https://collaborate.shapr3d.com/v/fcKB5zTnH6naTQDao8C-t

    BP3: https://collaborate.shapr3d.com/v/dQpavh50Ox37EdjYhRhVL

  • Additional information

    Additional information