Separation in sedimentation tanks_1919488
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GUNT Sedimentation Tank Separation Trainer, Lamella Insertion, Adjustable Weirs, Flow-Controlled Solid Separation

The GUNT Sedimentation Tank Separation Trainer is designed to investigate gravity-based separation of solids from suspensions in sedimentation tanks. It provides a comprehensive system for analyzing how flow rates, weir heights, and lamella technology influence sedimentation performance in water treatment processes.

Product Features

  • Simulates solid-liquid separation in a sedimentation tank under gravity
  • Concentrated suspension prepared from water and solids in a mixing tank
  • Pump transfers suspension to sedimentation tank for treatment
  • Suspension diluted with fresh water before entering tank via inlet weir
  • Upstream stirring machine prevents premature sedimentation
  • Treated water flows under a baffle and over an adjustable outlet weir
  • Adjustable outlet weir height controls water level in the tank
  • Inlet weir height adjustment alters flow velocity into the tank
  • Lamella unit insertable to study enhanced separation via inclined plates
  • Lamella section includes serrated weir outlet channel for uniform discharge
  • Flow rates of fresh and concentrated water adjustable via valves
  • Electromagnetic flow sensor monitors inlet flow rate precisely
  • Digital display for flow rate and stirring speed
  • Integrated tank lighting enhances visibility of flow and sedimentation

Benefits

  • Ideal for studying sedimentation tank design and performance
  • Demonstrates effects of flow rate, mixing ratio, and weir positioning
  • Explores impact of lamella separators on clarification efficiency
  • Supports real-time observation of sediment behavior and hydraulic flow

Why Choose the GUNT Sedimentation Separation Trainer?

This advanced trainer provides a controlled environment to explore how solids settle out of suspension in gravity-based systems. With adjustable weirs, precise flow control, and optional lamella integration, it serves as a valuable teaching and research tool for water treatment, civil engineering, and environmental science education.

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