Lamellar separation

The lamellar´s packs increase the sedimentation surfaces, while reducing space and costs. 

The lamellar´s separation block is made of molded plastic plates, placed and interconnected at an angle of 60 °. This creates a system of oblique parallel tubes of hexagonal cross-sections in the lamella block. The lamella blocks are repeatedly inserted into the supporting frame with the sampling trough - so-called packs. The packs with 2, 4, 6 and 8 blocks are mass-produced. The lamella block is a self-supporting block with two sloping walls.

Advantages:

• Efficiency
• Mechanical resistance
• Easy maintenance
• Resistance to chemical and biological elements

Parameters of the lamellar block

• Width 995 mm
• Length 720 mm
• Height 1310 mm
• Weight 40 kg

Projection area 17.4 m² / m²

ENVI-PUR clarifiers are a universal device for continuous separation of suspended solids from a liquid medium. Their applications are very extensive and include:

Drinking and technological water

• surface water clarification
• surface water softening
• groundwater softening
• separation of iron and copper from groundwater

Industrial waste water

• wastewater treatment by clarification and precipitation processes

Municipal wastewater

• phosphate removal by precipitation processes

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The machine-technological design of the ENVI-PUR clarifier is an expression of the qualitative improvement of the determining technological steps taking place during the clarification of water, with the following result:

• progressive reduction of dwell times in the system
• high quality clarified water
• stable quality of clarified water with changes in the qualitative or quantitative load of the clarifier

The success of a clarifying reactor is based on optimizing the function of the three basic technological modules of the plant, i.e. the high-speed mixer, the flocculation chamber and the lamellar separator. The fast mixer undergoes perfect homogenization of the raw water and metered chemicals, in the flocculation stage dense flakes are formed, which are reliably separated from the liquid in the space of the lamellar separator.