Automatic Filtration Systems
The Most Effective Solution in Industrial Water Treatment
The Key to Achieving Excellence in Water Quality
The quality of water used in industrial processes directly affects production efficiency. The removal of contaminants such as sediment, turbidity, suspended solids, iron, manganese, and chlorine extends system lifespan, reduces maintenance costs, and enhances final product quality. Automatic filtration systems developed for this purpose deliver high performance through advanced engineering solutions.
What Is Automatic Filtration?
What Is Automatic Filtration?
Automatic filtration systems are fully automated units equipped with FRP or steel-bodied tanks, automatic valves, surface piping systems, and advanced PLC control units, designed to remove physical contaminants from raw water. These systems can be customized for different flow rates and water sources, providing high efficiency with minimal human intervention.
Types of Automatic Filtration Systems
Sand filter systems are used for the removal of turbidity, sediment, and suspended solids in water.
DQF Series:
DQFP
These systems remove residual chlorine, unpleasant odors, and organic compounds from water.
DCF Series: Features FRP tank construction with a flow rate range of 0.6 m³/h – 19.8 m³/h.
DCFP Series: Equipped with surface piping and PLC control, offering industrial solutions with a flow capacity of 9 m³/h – 60 m³/h.
These systems, enriched with BİRM mineral, effectively remove iron from drinking and utility water.
DBF Series: FRP tank construction with a flow range of 0.6 m³/h – 19.8 m³/h.
DBFP Series: Surface-piped, PLC-supported system with a capacity of 9 m³/h – 60 m³/h.
These systems, containing AQUAMANDIX mineral, provide high-efficiency manganese removal.
DAF Series: FRP tank design with a flow range of 0.6 m³/h – 19.8 m³/h.
DAFP Series: PLC-controlled, surface-piped model with a capacity of 9 m³/h – 60 m³/h.
Produced with epoxy-coated ST 37 steel tanks, these series meet high-capacity requirements:
EQSP: Steel sand filter, operating at 24.6 m³/h – 184.5 m³/h.
ECSP: Steel carbon filter, effective in removing chlorine and organic compounds.
EBSP: Steel iron filter supported with BİRM mineral.
EASP: Manganese removal filter supported with AQUAMANDIX.
The DCFP Series surface-piped carbon filters are systems equipped with FRP tanks, surface piping, and PLC control, designed to remove residual chlorine, sediment, odors, and organic compounds from raw water. These filters operate at a flow range of 9 m³/h – 60 m³/h and can be used with various water sources, including municipal water, well water, and wastewater.
The DBFP Series surface-piped sand iron filters are equipped with FRP tanks, surface piping, and PLC control, and contain BİRM mineral for the removal of iron from raw water. These filters operate at a flow range of 9 m³/h – 60 m³/h and can be used with various water sources, including municipal and well water.
The DAFP Series surface-piped manganese removal filters are equipped with FRP tanks, surface piping, and PLC control, and contain AQUAMANDIX mineral for the removal of manganese from raw water. These filters operate at a flow range of 0.6 m³/h – 19.8 m³/h and can be used with various water sources.
The EQSP Series surface-piped steel sand filters feature epoxy-coated ST 37 tanks, surface piping, and PLC control. They are designed to remove turbidity, sediment, suspended solids, and similar contaminants from raw water. These filters operate at a flow range of 24.6 m³/h – 184.5 m³/h and can be used with municipal water, well water, surface water, and similar sources for turbidity and sediment removal.
The ECSP Series surface-piped steel carbon filters feature epoxy-coated ST 37 tanks, surface piping, and PLC control. They are designed to remove residual chlorine, sediment, odors, and organic compounds from raw water. These filters operate at a flow range of 24.6 m³/h – 184.5 m³/h and can be used with various water sources, including municipal water, well water, and wastewater.
The EBSP Series surface-piped steel sand iron filters feature epoxy-coated ST 37 tanks, surface piping, and PLC control, and contain BİRM mineral for the removal of iron from raw water. These filters operate at a flow range of 24.6 m³/h – 184.5 m³/h and can be used with various water sources, including municipal and well water.
The EASP Series surface-piped steel manganese removal filters feature epoxy-coated ST 37 tanks, surface piping, and PLC control, and contain AQUAMANDIX mineral for the removal of manganese from raw water. These filters operate at a flow range of 24.6 m³/h – 184.5 m³/h and can be used with various water sources.
Industrial Application Areas
Automatic filtration systems are widely used in the following sectors:
- Drinking and Utility Water Facilities
- Textile and Dyeing Plants
- Power Plants
- Pharmaceutical and Chemical Industry
- Food and Beverage Production Lines
- Agricultural and Greenhouse Irrigation Systems
- Petrochemical and Refinery Operations
- Municipal and Industrial Wastewater Treatment Plants
Technical Advantages
- Minimal Human Intervention: Systems can self-regulate through automation.
- Long-Lasting Components: FRP or steel tanks withstand high pressure.
- Flexible Flow Options: Wide range from 0.6 m³/h to 184.5 m³/h.
- Modular Design: System size can be expanded or reduced as needed.
- Energy and Water Savings: Backwash cycles are optimized.
Frequently Asked Questions (FAQ)
A definitive answer cannot be given without a water analysis. However, for groundwater containing iron and manganese, filters with BİRM and AQUAMANDIX minerals should be preferred.
Depending on usage and water quality, comprehensive maintenance is generally recommended once a year. In automatic systems, the backwash cycle is set to operate automatically.
Conclusion and Recommendations
The DCFP Series surface-piped carbon filters offer high-performance, low-maintenance, and long-lasting solutions, particularly for the removal of residual chlorine and organic compounds. They are an ideal choice for addressing both chemical and physical treatment needs in a single system for industrial or commercial water treatment applications.