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wastewater mixer Applications

  • Pulsair`s industrial mixers for liquid mixing - water & wastewater industry

    Pulsair Systems offers the most effective and low energy cost solution for liquid mixing. Our proven mixing process is up to 70-90% more energy efficient than traditional mixing methods and addresses all the major challenges associated with mixing most any type of liquid regardless of its viscosity.

    By Pulsair Systems, Inc based in Bellevue, WASHINGTON (USA).

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    Wastewater treatment solutions for chemical industry

    Water is one of the most important solvent or component in the chemicals production industry. From the production of water as a solvent for formulas, to the water used for mixers and reactors washing operations, the management of the whole water cycle from inlet to final discharge is a primary importance issue to face.

    By IDRAFLOT based in Zoppola, ITALY.

  • Waste Treatment for Sludge

    Town development provokes an increase in the number of used-water treatment sites. In turn, these factories generate silt which must be treated. Therefore, MENART develops and equips silt treatment purification stations with: Corridor turners for silt drying. Sludges mixers with green waste coupled to a sieve. Green waste shredders. Jigger-mixers. Once treated, these sludges can be spread to enhance farming.

    By Menart based in Dour, BELGIUM.

  • Industrial mixing for the water treatment industry

    The Veenstra Group is a true specialist in manufacturing mixers for the water handling industries.

    By Veenstra Group based in Coevorden, NETHERLANDS.

  • Municipal Biosolids Processing

    VulcanĀ® Systems and Mannco Wastewater & Soil Solutions are exclusive partners for the biosolids market in the US, Panama, and Cuba. The BIO-PRILL is a complete system designed to produce uniform Class "A" PFRP biosolid fertilizer prills from dewatered biosolids. The system is supplied complete with all components to turn biosolids into an environmentally sustainable and soil-enriching agricultural product as well as a potential revenue stream for municipalities. Dewatered biosolids are introduced through a wet material feed hopper and mixed with dry biosolids in batch mixers. A proper ratio of thoroughly mixed materials entering the dryer ensures the consistency required to efficiently reduce moisture and to optimize the formation of Class "A" PFRP dry biosolids. Mixed material is conveyed through the dryer where the heat removes excess moisture and reduces pathogens.

    By Vulcan Systems based in Moberly, MISSOURI (USA).

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