1. Inclined Plates or Tubes
2. Frame Structure
3. Inlet and Outlet
4. Sludge Collection Hopper
5. Effluent Weir

How Tikal’s Lamella Clarifiers Work:

1. Influent Introduction:
   • Water designated for clarification enters the lamella clarifier, typically following chemical coagulation and flocculation to encourage particle aggregation.
2. Flow through Inclined Plates:
   • The water flows through the inclined plates or tubes, allowing particles to settle on the plate surfaces under the influence of gravity. The inclined arrangement creates a longer settling path, significantly enhancing process efficiency.
3. Formation of Flocs:
   • Inclined plates play a pivotal role in fostering the formation of flocs—larger, heavier particles resulting from the aggregation of suspended solids. Flocs settle more rapidly than individual particles.
4. Clarified Water Collection:
   • Clarified water ascends to the top of the inclined plates and is collected near the outlet. This clarified water is then directed for further treatment or distribution.
5. Continuous Process:
   • The inclined plates facilitate a continuous flow path for water, ensuring uninterrupted clarification. This stands in stark contrast to traditional sedimentation basins, where settling occurs in a quiescent (non-flowing) environment.
6. Sludge Removal:
   • Settled solids, or sludge, accumulate at the bottom in the sludge collection hopper. Periodic removal of sludge maintains optimal unit performance.

Advantages of Tikal Lamella Clarifiers:

1. Space Efficiency
2. Enhanced Settling Efficiency
3. Flexibility and Modularity:
4. Reduced Chemical Usage:
5. Ease of Maintenance:
6. Suitability for Various Applications:

Applications of Tikal Lamella Clarifiers:

1. Potable Water Treatment Plants:
2. Wastewater Treatment Plants:
3. Industrial Water Treatment:
4. Stormwater Treatment: