Innovative Iron Remover Filtration System for Underground Water Filtration

Certification: ISO9001, CE, SGS
Salt Rejection Rate: 99.0%
Application: Industry

Product Description

📊 Basic Specifications
Capacity500~50000L/Hr
Weight600 Kg
Feed WaterWell, Borehole, Underground Water
Size1.5*0.6*1.6(M)
Warranty2 Years
Efficiency70%~75%
RO MembraneDow/Hydranautics/Vontron
Power1.65kw
🔍 Manganese Filter Iron Remover System

This filtration system is designed to effectively remove iron and manganese from ground water, ensuring a clean and potable water supply for residential or industrial needs.

Key Features:
  • Utilizes injection followed by sand or coated greensand media filtration.
  • Choice between filter sand or manganese dioxide filter media.
  • Large-scale system suitable for industrial applications.
Main Benefits:
  • Improves water quality and appearance by clearing iron and manganese.
  • Eliminates high-maintenance treatment methods.
  • Reduces metallic taste and odor in the water.
  • Ensures a reliable supply of safe potable water.
⚙️ Performance Standards
  • Input Iron: < 15mg/L | Output Iron: < 0.03mg/L
  • Input Manganese: < 10mg/L | Output Manganese: < 0.01mg/L
  • Meets global drinking water standards
  • Strong antioxidant properties for efficient oxidation
  • System Capacity: 10m3/hr

Groundwater often contains high levels of iron and manganese. The Manganese Sand Filter acts as a strong antioxidant, oxidizing ferrous ions to ensure purified water for consumption.

🔄 Well Water Filtration Process Flow
  1. Source tank & Feed water pump
  2. Iron removal filter
  3. Active carbon filter & Water softener
  4. Cartridge/Security/Micro filter
  5. High-pressure pump & Reverse osmosis system
  6. RO purified tank
  7. Ultraviolet sterilizer
💡 How it Works

The system utilizes aeration or oxidizing agents to oxidize iron and manganese ions. As water flows through the manganese sand filter, these ions undergo biochemical and physical adsorption, causing them to precipitate. This process also utilizes ammonia removal through bacterial metabolism.

Iron oxide: Air: 4Fe2 + +3 O2 +6 H2O = 4Fe (OH) 3 ↓
Manganese sand MnO Mn2O7 + Fe2 + + O2 + 6 H2O = 3MnO2 +4 Fe (OH) 3 ↓
Manganese oxide: Mn2 + + O2 = MnO2 ↓
📝 Selection Guide

To select the most appropriate system, please provide the following:

  • Required water flow rate (m3/hr or GPM)
  • Application purpose (Industrial or Drinking)
  • Feed water source (Borehole, Lake, etc.)
  • Water Analysis Report (TDS, Iron, Manganese, TSS content)
  • Power specifications (e.g., 380V/50Hz 3-phase)
❓ Frequently Asked Questions
Q1: How does the system remove iron and manganese? The system uses oxidation (via aeration or agents) to turn dissolved ions into particles, which are then captured by a manganese sand filter through adsorption and interception.
Q2: What are the input limits for this filtration system? The system is highly effective for water with input iron levels up to 15mg/L and manganese levels up to 10mg/L.
Q3: Does the treated water meet drinking standards? Yes, the output iron level is reduced to less than 0.03mg/L and manganese to less than 0.01mg/L, which meets standard drinking water requirements.
Q4: Is the filter maintenance difficult? No, the system supports both semi-automatic and automatic backwash operations, using treated water to ensure the filters remain clean and efficient.
Q5: Can the system be customized for different flow rates? Yes, we can customize units for capacities ranging from 500L/Hr up to 50,000L/Hr based on your specific industrial or residential needs.
Q6: What materials are used for the filter tanks? Filters are typically constructed from carbon steel (Q235B) with anti-corrosion treatment or high-quality stainless steel for enhanced durability.

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