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Graver water systems Lamella plate vertical clarifier for wastewater Pre-treatment
Graver water systems Lamella plate vertical clarifier for wastewater Pre-treatment
Graver water systems Lamella plate vertical clarifier for wastewater Pre-treatment
Graver water systems Lamella plate vertical clarifier for wastewater Pre-treatment
Graver water systems Lamella plate vertical clarifier for wastewater Pre-treatment
Graver water systems Lamella plate vertical clarifier for wastewater Pre-treatment
Graver water systems Lamella plate vertical clarifier for wastewater Pre-treatment
Graver water systems Lamella plate vertical clarifier for wastewater Pre-treatment

Graver water systems Lamella plate vertical clarifier for wastewater Pre-treatment

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≥1 Pieces
US $20000
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Quick Details

Color:
RAL7035
Function:
remove particulates from liquids
Capacity:
5-200M3/h
Application:
Water Purification
Voltage:
380V /Customized
Usage:
Automatic Operation
Advantage:
Efficient and stable
Packing:
Standard Package

Quick Details

Place of Origin:
Jiangsu, China
Product name:
lamellar clarifier wasterwater treatment
Model:
LST-I &LST-II
Color:
RAL7035
Function:
remove particulates from liquids
Capacity:
5-200M3/h
Application:
Water Purification
Voltage:
380V /Customized
Usage:
Automatic Operation
Advantage:
Efficient and stable
Packing:
Standard Package
Product Overviews

Typical lamella clarifier design consists of a series of inclined plates framework components, see first figure. The untreated feed (raw)water stream enters from the top of body side and flows down a feed channel underneath the inclined plates. Water then flows up inside the clarifier between the inclined plates. During this time solids settle onto the plates and eventually fall to the bottom of the vessel,The route a particle takes will  be dependent upon the flow rate of the suspension and the settling rate of the particle and can be seen in the second figure.At the bottom of the vessel a hopper or funnel collects these particles as sludge. Sludge may be continuously or intermittently discharged.Above the inclined plates all particles have settled and clarified water is produced which is drawn off into an outlet channel. The clarified water exits .

LST
Model
Capacities
(m 3 /h)
Piping Connections() Dimensions(m) Special Requirements
Inlet(a) Effluent(b) Sludge(c) Backwash(d) L W H Standard of the flange Voltage standard
LST- 5 80 80 50 50 2.55 1.6 2.9


Provide your standard

when making an inquiry

LST-

10 100 100 50 50 3.35 1.82 3
LST- 15 100 100 50 50 3.35 2.02 3
LST- 20 100 100 50 50 3.35 2.02 3
LST- 30 150 150 50 50 4.2 2.22 3
LST- 40 150 150 50 50 4 2.8 3
LST- 50 200 200 50 50 4.65 2.82 3
LST- 60 200 200 50 50 4.7 3 3
LST- 70 250 200 50 50 6.4 2.6 3
LST- 80 250 200 50 50 6.8 2.82 3
LST- 100 250 250 50 50 7.05 3.02 3

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