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Side Stream Filter
Technical Specifications

Technical Features

Flow :1M3/Hr. - 500 M3/Hr.
Inlet TSS:Up to 50 Mg/L
Inlet Turbidity :Up to 40 NTU
Filtration Velocity:18 to 30 M3/Hr./M2
Diameter (Vertical Vessel):0.225 Mts. - 4.0 Mts.
Length (Horizontal Vessel):3.00 Mts. - 11.0 Mts. MOC : FRP / Mid Steel / Stainless Steel Coating /
lining:Epoxy / FRP / Rubber Lined
Filtration Rating:Up to 10 Micron
Design Code:ASME / IS
Design Pressure:Up to 10 Bar
Working Pressure :1.1 to 3.5 Bar
Clear Pressure Drop:0.3 bar
Top distribution system :bell mouth
Bottom distribution system:Strainer plate or Header & laterals.
  • Proven design for waste suspended particles collection and internal distribution.
  • The simple design of it maximizes the efficiency and reliability.
  • Improves the water-cooling efficiency.
  • Extend the life of tube by removing the corrosive deposits.
  • The micro-organism growth and the corrosion of metal surfaces are lowered to minimum.
  • The algae contamination and the scale build are reduced.
  • Up to 10-30 Microns is the filtration rates.
  • Filtration media is of two or more multilayer.
  • Low pressure drops across the vessel.
  • Start-up and installation cost are at minimum due to the pre-assembled construction.
  • The rigid safety support of the vessel is provided by the structural steel legs.
  • Automatic, semi-automatic and manual features are available.
  • FRP, SS, MSEP, and MSRL vessels are available.
  • It is a high-performance automatic backwash able sand filter.
  • It provides a filtration 10-20 times finer than the traditional sand filter.
  • It increases water and energy efficiency
  • Reduction in water consumption
  • Reduction in energy consumption
  • Less chemical use
  • Maintenance cost is lower
  • Improvement in productivity
  • Control in biological growth
  • Corrosion life reduces to minimum
  • Due to less chemical use, the overall chemical cost is less
  • Temperature variation is maintained
  • Equipment life is increased
  • It is used for the systems having difficult biological problems.
  • It is preferred for the systems which are capable to fouling because of the nature of application or the environment in they operate can be the reason.
  • Most useful for the systems where scaling deposits causes a loss of heat transfer.
  • Highly usable for the systems where the level of solid waste is high in the sump due to the deposition of the dirt and debris.
  • It can of most use for the system in which the heat exchangers require frequent mechanical cleaning.