Filtration Systems

Sand Filtration System

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Sand Filtration System

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HSC Water’s fully automatic sand filtration system makes your water usable and drinkable by removing coarse sediments, particles, suspended solids and turbidity-causing substances in the water. Sand filters are cleaned during the service period, and your filters are completely cleaned during the backwash period; With this feature of the system, it provides long usage time.

Delivery & Availability:
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.

Description

Filtration systems, Sand filters are used to remove insoluble particles of various sizes and suspended solids in water.

HydroFilter-F Automatic Sand Filters ensure that particles of different sizes and densities that cause turbidity in water are kept in different layers of the media and removed from the water with the help of the media inside. Sediment and impurities accumulated on the filter are automatically cleaned with backwash.

The automation of these filters is generally Fleck, Siata, Autotrol etc. is provided with automation valves and PLC pneumatic systems are used as an alternative at high flow rates.

Sand filters are layers of sand or other fine granular material, usually within two or three meters. Sand Filters are inside the cover of concrete, plastic or other impermeable materials. Depending on the configuration, the filters can be on the floor, some parts above the floor, or below the floor, and the filters can be one-by-one or covered. If it is covered, it will breathe air to maintain air quality.

Standard Features

• FRP or Painted Carbon Steel Body not affected by water
• Fully Automatic Automation System
• Suitable Model
• Premium Minerals
• Minimum Maintenance without Human Intervention
• Low Energy and Operating Cost
• 10 Bar Tank Test Pressure
• 2 – 7 Bar Working Range
• Max 50 ° C Working Temperature

Design Criteria

• Resin bed height in the softening system design,
• Determination of the interval between two regenerations,
• The adsorption coefficient of the mineral to be used and the required mineral amount accordingly,
• Automation system selection is the design criteria that should be considered.