Amanzi Recycling Combination Units

Amanzi changes the rhythm of sewer and stormwater cleaning. Jetting dislodges material, the 6-inch suction system recovers solids and water, and the onboard recycler returns filtered water to the high-pressure circuit. With less dependence on fresh-water refills and disposal runs, crews can spend more of the shift cleaning and less of it travelling.

Continuous recycling, not a settling pause

A rotating oscillating filter drum separates solids inside the tank without requiring a settling basin. Automatic back-flushing and centrifugal filter cleaning maintain the process, including in greasy or sediment-heavy conditions, while an integrated tank-cleaning nozzle supports self-maintenance.

Power directed where it matters

The HPT system delivers an operating capacity of 350 L/min at 205 bar, with independent pressure and flow adjustment. A liquid-ring vacuum pump provides 2,100-3,100 m³/h airflow, while the telescopic suction boom rotates continuously through 360° to place the 6-inch intake over the work.

A smarter working environment

A 10-inch touchscreen reports pressure, vacuum, component hours, status and system faults. Wireless multifunction control, automatic engine-power optimisation and central valve-bank operation give the operator clear command of a complex process without making the unit complicated to use.

Oscillating stainless-steel filter drum enables one-stage, continuous water recycling without a settling basin.

High-pressure system operates at 350 L/min and 205 bar.

Liquid-ring vacuum system provides 2,100-3,100 m³/h airflow and up to 85% vacuum.

Approximately 12,500 L tank is constructed from 6 mm 304-grade stainless steel.

Telescopic 6-inch suction boom provides continuous 360° rotation and 3.4-4.6 m reach.

Automatic back-flushing and centrifugal cleaning help maintain filter efficiency during operation.

Central touchscreen and wireless remote provide live monitoring and interactive system control.

Recycling reduces fresh-water demand, refill travel, disposal runs and the downtime associated with both.