• High-Capacity Solid Liquid Separation

  Lamella clarifier technology multiplies effective settling area by up to 10 times, delivering exceptional solid liquid separation for both municipal WWTP and industrial ETP applications.

• Dual WWTP & ETP Versatility

  Equally effective for municipal wastewater treatment plants and industrial effluent treatment plants, from food processing to mining and chemical sectors.

• Space-Saving Modular Design

  Skid-mounted, modular lamella clarifier units simplify installation and expansion, ideal for upgrading existing WWTP and ETP facilities in South Africa.

• Energy-Efficient Operation

  Gravity-driven inclined plate sedimentation with low-power sludge scraper (0.25 kW) keeps operating costs minimal.

• Robust Sludge Handling

  Dead-zone-free hopper design with mechanical scraper ensures continuous sludge removal and stable underflow for downstream dewatering.

• Proven Durability

  SS304/SS316L or PVC/PP plate construction withstands abrasive and corrosive municipal and industrial wastewater.

• Municipal WWTP Upgrades

  High-rate primary clarification and tertiary polishing for municipal wastewater treatment plants across Gauteng, Western Cape, and KwaZulu-Natal.

• Mining & Metallurgy

  Solid liquid separation for mine water treatment and process effluent at South African mining operations.

• Food & Beverage Industry

  Effluent treatment for meat processing, wineries, breweries, and fruit processing plants.

• Industrial Parks

  Centralized ETP clarification for mixed industrial effluent in South African industrial development zones.

DUBHE LST-DAF series solid liquid separator machines with lamella clarifier technology meet South African discharge requirements including the National Water Act (Act 36 of 1998) general and special standards.

Local Readiness: English documentation, international shipping experience to Durban, Cape Town, and Johannesburg ports, and rapid spare parts dispatch.

Proven Results: Achieves 95%+ TSS removal, reduces footprint by up to 80%, and cuts chemical costs by up to 30% in combined DAF-lamella configurations.