Application of Lamella Clarifier
1. Electroplating
The inclined plate settler removes at least 90% of metal ions in the electroplating wastewater, including chromium, copper, iron, zinc, nickel and other heavy metal ions. The treated water complies with effluent standard and can be directly released, economical and ecofriendly.
2. Mining
With the application of the lamella clarifier, the turbidity of mining wastewater is lowered from 500-1500 mg/L to 5 mg/L.
3. Dyeing and Printing
For dyeing and printing water treatment, the lamella separator cuts 70%-90% of coloring matters and 50%-70% of COD.
4. Tanning and Food Processing
During the tanning process and food manufacture, a great amount of organic matters are produced. After using the wastewater treatment equipment, the COD removal rate is 50-80%, solid impurities removal rate is over 90% and a large proportion of organic substances are removed.
5. Chemical Engineering
The lamella clarifier helps to get rid of 60%-70% of COD, 60%-90% of coloring matters, enabling the water meeting the effluent standard.
Major Characteristics of Lamella Separator
(1) In comparison to conventional settling tank, the lamella clarifier realizes incredible improvement in wastewater handling capacity.
(2) The inclined plate clarifier shortens particle sedimentation distance, thus cutting the sedimentation time.
(3) A large settling area is provided, leading to a high processing efficiency. This lamella separator has a surface loading rate of 36m3/m2.h.
(4) The lamellar plate clarifier ensures a high removal rate, short retention time and small floor space.
Technical Parameters of Lamella Clarifier
Model | Dimensions (m) | Handling capacity (m3/h) | Plate/ Tube thickness | Weight (t) |
CXXG5 | 3 ×1.8 ×2.5 | 5 | Q235/5mm | 1.3 |
CXXG20 | 5 ×2.8 ×2.7 | 20 | Q235/5mm | 3.2 |
CXXG30 | 6.6 ×2.8 ×2.7 | 30 | Q235/5mm | 3.5 |
CXXG60 | 14 ×2.8 ×2.7 | 60 | Q235/5mm | 5.8 |
CXXG100 | 9 ×3.8 ×3.5 | 100 | Q235/6mm | 6.6 |
CXXG150 | 12 ×3.8 ×3.5 | 150 | Q235/6mm | 8.4 |
CXXG200 | 16 ×3.8 ×3.5 | 200 | Q235/8mm | 14.1 |
 A lamella clarifier is a high-efficient water treatment solution designed for removing particulates from liquids. Equipped with many inclined plates or tubes, the settling tank provides a large effective settling area for sliding down sludge, sands and other matters. Under gravity, particulates and sands are then collected in the hopper and released. By using the lamella clarifier, the separation efficiency is improved by 50%-60%.
Application of Lamella Clarifier
1. Electroplating
The inclined plate settler removes at least 90% of metal ions in the electroplating wastewater, including chromium, copper, iron, zinc, nickel and other heavy metal ions. The treated water complies with effluent standard and can be directly released, economical and ecofriendly.
2. Mining
With the application of the lamella clarifier, the turbidity of mining wastewater is lowered from 500-1500 mg/L to 5 mg/L.
3. Dyeing and Printing
For dyeing and printing water treatment, the lamella separator cuts 70%-90% of coloring matters and 50%-70% of COD.
4. Tanning and Food Processing
During the tanning process and food manufacture, a great amount of organic matters are produced. After using the wastewater treatment equipment, the COD removal rate is 50-80%, solid impurities removal rate is over 90% and a large proportion of organic substances are removed.
5. Chemical Engineering
The lamella clarifier helps to get rid of 60%-70% of COD, 60%-90% of coloring matters, enabling the water meeting the effluent standard.
Major Characteristics of Lamella Separator
(1) In comparison to conventional settling tank, the lamella clarifier realizes incredible improvement in wastewater handling capacity.
(2) The inclined plate clarifier shortens particle sedimentation distance, thus cutting the sedimentation time.
(3) A large settling area is provided, leading to a high processing efficiency. This lamella separator has a surface loading rate of 36m3/m2.h.
(4) The lamellar plate clarifier ensures a high removal rate, short retention time and small floor space.
Technical Parameters of Lamella Clarifier
Model | Dimensions (m) | Handling capacity (m3/h) | Plate/ Tube thickness | Weight (t) |
CXXG5 | 3 ×1.8 ×2.5 | 5 | Q235/5mm | 1.3 |
CXXG20 | 5 ×2.8 ×2.7 | 20 | Q235/5mm | 3.2 |
CXXG30 | 6.6 ×2.8 ×2.7 | 30 | Q235/5mm | 3.5 |
CXXG60 | 14 ×2.8 ×2.7 | 60 | Q235/5mm | 5.8 |
CXXG100 | 9 ×3.8 ×3.5 | 100 | Q235/6mm | 6.6 |
CXXG150 | 12 ×3.8 ×3.5 | 150 | Q235/6mm | 8.4 |
CXXG200 | 16 ×3.8 ×3.5 | 200 | Q235/8mm | 14.1 |
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Pressure vessels, sometimes storage tanks, are containers designed to hold liquids or gases at a pressure that differ from the ambient pressure. They are used in a variety of applications, including chemical processing, oil and gas processing, power generation, and medical applications. Pressure vessels can be made from a variety of materials, including stainless steel, carbon steel.
The design of pressure vessels must consider the pressure and temperature of the fluids, as well as other factors such as corrosion, fatigue, and creep to determine the wall thickness. Pressure vessels must be designed and manufactured in accordance with applicable codes and standards, such as GB Standard or ASME Standard.
Types of pressure vessel equipment includes Shell And Tube Heat Exchanger, Shell and Plate Heat Exchanger, container type pressure vessel, reactor, separator, and so on.
Pressure Vessel,Thin Pressure Vessel,Unfired Pressure Vessel,Thin Walled Spherical Pressure Vessel
Guangdong Jiema Energy Saving Technology Co.,Ltd , https://www.heatexchangerjiema.com