The Aquatec Maxcon AquaScraper is a proven and reliable sludge collection system backed by over 55 years of manufacturing experience and with more than 400 installations worldwide. Designed to suit a wide range of applications, Aquatec Maxcon offers a comprehensive range of scraper mechanisms for circular and rectangular tanks, including centre or peripheral drives, suction or scraper types, and custom-engineered solutions.
Key Features
- Comprehensive product range including circular and rectangular scraper systems with centre or peripheral drive configurations to suit varying plant requirements.
- AquaScraper Series C (Circular) suitable for tanks up to 50m diameter across applications such as activated sludge, oxidation ditches, and industrial wastewater treatment.
- Adjustable bridge speeds and segmented scraper designs to optimise sludge removal and accommodate floor imperfections.
- Integrated feed well design promotes flocculation, with energy dissipating inlets to minimise hydraulic disturbances and improve settling performance.
- Efficient sludge and scum removal systems, with scum skimmers, beaches, and automatic flushing options to manage high scum loads.
- AquaScraper suction-type systems for flat bottom tanks, eliminating the need for sludge hoppers while providing controlled and efficient sludge withdrawal.
- Flexible suction arm and Tow-Bro configurations with riser pipes and hydraulic discharge, allowing simple operation and low maintenance.
- AquaScraper Series R (Rectangular) incorporating chain and flight systems with non-metallic scrapers, corrosion-resistant components, and efficient sludge transfer to end hoppers.
- AquaScraper Series TB (Travelling Bridge) systems with lifting or pivoting scraper mechanisms, activated by limit switches for efficient forward and return operation.
- Advanced drive systems with gearmotors and electromechanical torque overload protection, ensuring safe, long-term operation.
- Customisable designs for specific site constraints, including scum skimmer integration, launder configurations, and material selections
