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Lamellar settling tank DEFENDER

Lamellar settling tank DEFENDER

Lamellar settling tank DEFENDER

Product catalog summary
Overview
The lamellar settler is designed to remove suspended semi-heavy and heavy particles such as grit, clay, and lime from water. This process prevents deposits in hydraulic systems and reduces abrasion on equipment.

Functionality
Lamellar settlers enhance sediment separation by increasing the settling area and achieving laminar flow. The system is based on the principle that the surface load of a settling tank is independent of its depth, allowing for increased capacity through division or inclined plates.

Design and Structure
The lamellar settler consists of an open rectangular GRP tank with three main chambers:
  • Inlet Chamber: Receives influent before it enters the settling stage.
  • Settling Chamber: Contains lamellar packs made of GRP plates inclined at 60º to maximize settling area.
  • Outlet Chamber: Collects clarified water for evacuation.


Process Description
Influent is fed into the settling chamber, where slots in pipes ensure uniform distribution to the lamellar packs. Solid particles settle along the inclined plates, while clean water rises to the surface. A pneumatic valve discharges settled solids as needed. Clarified water is collected in a weir and directed to the outlet chamber.

Applications
Lamellar settlers are used in various industries, including:
  • Potabilisation plants
  • Water reuse
  • Mining industry
  • Construction materials industry
  • General industrial applications


Technical Specifications
The lamellar settler is available in several models with varying nominal flow rates and dimensions:
  • Models: DCL-2, DCL-5, DCL-10, DCL-15, DCL-20, DCL-40
  • Nominal Flow Rate: Ranges from 2 to 40 m3/h
  • Dimensions: Width, height, and length vary by model
  • Material: Made of G.R.P.
  • Rising Velocity: 0.8 m/h for all models
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Catalog excerpts

Lamellar settling tank DEFENDER-1

LAMELLAR SETTLER The function of the lamellar settler is to remove suspended semi-heavy and heavy particles (grit, clay and lime) from the water. These elements hinder subsequent treatment by producing deposits in hydraulic conduits, piping and channels and causing abrasion to pump impellers and equipment etc. Lamellar settlers are designed for the continuous separation of sediments from water and they have two basic purposes: to increase the settling area and to obtain a laminar flow. The concept of the lamellar settler is based on the fact 3 that the surface load (m /m /day) of a freefall settling tank does not depend on its depth. It is therefore possible to increase the capacity of a settling tank by dividing it, thereby creating a number of “settling tanks”, or by using plates inclined at a certain angle. Toro Equipment 2013 LAMELLAR SETTLER

 Open the catalog to page 1
Lamellar settling tank DEFENDER-2

The lamellar settler is an open rectangular GRP tank divided into three main chambers: Inlet chamber. The influent flows directly into this chamber before going to the settling stage. Settling chamber. The lamellar packs, made up of several GRP plates, are located in the settling chamber. The packs are arranged in parallel with an inclination angle of 60º to enable a larger settling area for the decantation of suspended solids. Outlet chamber. The clean and clarified water is sent to this chamber for direct evacuation. Toro Equipment 2013 LAMELLAR SETTLER

 Open the catalog to page 2
Lamellar settling tank DEFENDER-3

The influent is fed through a connection pipe to the settling chamber. Slots in the pipes located on the lower part of the lamellae allow uniform feeding of the liquid to the lamellar packs. As the inflow passes between the plates, the solid particles slide along the inclines of the lamellae towards the bottom of the tank, while the clean water rises to the surface of the settler. The lamellar system means that the distance travelled by a particle before settling is less than in a conventional settling tank, thereby increasing clarification capacity. A pneumatic valve at the bottom of the tank...

 Open the catalog to page 3
Lamellar settling tank DEFENDER-4

TECHNICAL SPECIFICATIONS N ominal flow rate (m3 /h) The lamellar settler has applications in industries using materials that can be easily decanted and in potabilisation processes. Potabilisation plants. Water reuse. Mining industry. Construction materials industry. Industrial applications. Toro Equipment 2013 LAMELLAR SETTLER

 Open the catalog to page 4
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