Sludge Handling and Treatment Systems for Municipal and Industrial applications
Hydroflux Epco has extensive experience in sludge handling and treatment systems, including all aspects of plant design and construction of complete systems.
Please Select from one of the links below for further information:
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Septic Sludge Screening Hydroflux Epco provides complete systems and processes for septic sludge treatment. Our equipment, as proven during many years of experience, is especially suited for septic sludge treatment. Hundreds of ROTAMAT® plants for septic sludge treatment have been installed worldwide. |
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Strainpress Sludge Screen The strainpress sludge screen is a pressure-fed inline system for screening any type of sludge, including highly viscous and greasy waste. |
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Rotary Screw Thickening There are over 1000 HUBER thickeners installed worldwide including many in Australia. The rotary screw thickener is designed for thickening of waste activated sludge prior to dewatering or stabilisation at larger STP’s |
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Disc Thickener The Disc Thickener is a unique sludge thickener for efficient thickening of waste activated sludge with over 1000 installations worldwide. |
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Screw Press Dewatering The HUBER RoS3Q Inclined Sludge Press is a unique sludge dewatering machine developed by HUBER over 20 years ago and now over 1200 machines have been installed globally in many applications. |
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Solar Sludge Drying Solar drying is an ideal method of reducing sludge volumes and disposal costs, particularly in the Australian climate. The HUBER SRT system is a unique and highly efficient process whereby sludge is dried in a greenhouse using incident solar radiation and artificially generated wind to evaporate water from the sludge. |
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Belt Drying HUBER’s BT Belt Dryer is an efficient and effective method to reduce sludge disposal volumes, produce a fuel source or generate Class A Biosolids. |
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Rotary Drying HUBER’s RotaDry is a compact and efficient method to dry municipal sludge to 40 – 45%DS. Sludge disposal costs are slashed by over 50% due to the volume reduction. |