The Aquatec Maxcon AquaThickener is a cost-effective gravity sludge thickening solution designed for continuous, reliable operation in municipal and industrial water and wastewater treatment applications. Engineered for simplicity and durability, the AquaThickener operates 24 hours a day with minimal operator attention, providing an efficient alternative to more complex mechanical thickening systems.
Key Features
- Continuous gravity thickening process capable of operating 24/7 with minimal operator intervention, unlike mechanical systems requiring constant attendance.
- Ideal for pre-thickening sludge prior to dewatering processes such as belt presses or drying beds.
- Vertical picket mechanism gently flocculates sludge particles, promoting effective settling and improved thickening performance.
- Sludge is efficiently scraped to a central hopper for controlled and periodic discharge.
- Available in centre drive (CD) or peripheral drive (PD) configurations to suit various tank designs and installation requirements.
- Segmented echelon scrapers optimise sludge removal efficiency and adapt to operational conditions.
- Scrapers mounted on pin joints accommodate floor level variations during installation.
- Self-lubricating submerged bearings designed for long-term, maintenance-free operation.
- Durable construction materials including epoxy-coated mild steel, stainless steel, aluminium, or composite materials for long service life.
- Electromechanical torque overload protection ensures reliable operation and equipment safety.
- Optional polymer dosing can enhance performance but is typically not required, reducing operating costs compared to other mechanical thickening systems.
- A package AquaThickener option is available with above-ground stainless steel tank and platform for simplified installation and reduced civil costs.
The AquaThickener is a reliable, low-maintenance sludge thickening solution designed to deliver efficient performance with minimal operational input. The simple, robust design ensures consistent sludge concentration while reducing overall lifecycle costs and supporting downstream dewatering processes.
