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    Water Treatment Consumables

    Iron-Manganese Removal Filter Tank 4074 17-23T/H Top&Bottom 4” Thread Industrial Water Treatment - Iron-Manganese Removal Filter Tank: Efficient Impurity Removal Solution for Industrial Water TreatmentIn industrial water treatment, the iron-manganese removal filter tank is a core equipment to solve excessive iron and manganese ions in raw water. By efficiently intercepting and converting iron-man

    Iron-Manganese Removal Filter Tank 4074 17-23T/H Top&Bottom 4” Thread Industrial Water Treatment

    In industrial water treatment, the iron-manganese removal filter tank is a core equipment to solve excessive iron and manganese ions in raw water. By efficiently intercepting and converting iron-manganese compounds, it provides stable and up-to-standard production water for industries such as food processing, mining, and printing and dyeing, serving as a key pretreatment device to ensure the service life of production equipment and product quality.

    Core Parameters Highlighting Industrial Strength

    The design of the iron-manganese removal filter tank meets industrial-grade needs: with an imperial size of 4074, the tank diameter and height reach φ1000×1900mm, adopting a Top&Bottom Opening 4” Thread design for convenient two-way maintenance and medium replacement; the Design Flow Rate is stable at 17.0~23.0T/H, which can adapt to the continuous water supply needs of medium and large production lines, laying a foundation of pure water quality for subsequent treatment links.

    What You Need to Know Before Ordering: Key Information for Precise Matching

    To ensure the equipment perfectly fits your production scenario, please prepare the following information before ordering:

    • Raw water type: Is your raw water groundwater, surface water, or industrial circulating water? Differences in the form of iron and manganese in different water sources will affect the treatment plan;

    • Hourly capacity: The amount of water the equipment needs to treat per hour (e.g., matching the design flow of 17.0~23.0T/H or requiring customization);

    • Daily working hours: The daily operation time of the machine is directly related to equipment selection and energy consumption evaluation;

    • Application of purified water: Will the purified water be used for food processing, boiler make-up water, or product cleaning? Different applications have different requirements for residual iron and manganese;

    • Raw water quality test report: Key indicators such as TDS value, hardness, especially iron (Fe²⁺) and manganese (Mn²⁺) concentrations, are the core basis for customizing the treatment process;

    • Power parameters: Such as 380V/50Hz or 220V/50Hz, to ensure stable startup after equipment installation.

    Industrial Application Case

    A large mineral processing plant once faced severe scaling on pipeline and equipment inner walls due to excessive iron and manganese in groundwater (Fe²⁺=5.2mg/L, Mn²⁺=1.8mg/L), resulting in monthly shutdown cleaning costs exceeding 50,000 yuan. After introducing the iron-manganese removal filter tank, iron and manganese ions were converted into insoluble oxides and intercepted through the catalytic oxidation of special filter media in the tank. The effluent iron ≤0.3mg/L and manganese ≤0.1mg/L, fully meeting the standards. After the equipment was put into operation, the pipeline scaling rate decreased by 90%, reducing annual shutdown losses by 300,000 yuan. Moreover, due to stable water quality, the utilization rate of mineral processing reagents increased by 15%, with annual production capacity increasing by 80,000 tons.

    Size(inch)

    Diam&Height(mm)

    Opening(inch)

    Design Flow Rate(T/H)

    4074

    φ1000×1900

    Top&Bottom Opening 4” Thread

    17.0~23.0