ARIS BiOCYCLE
ARIS BiOCYCLE - Image 2

ARIS BiOCYCLE

The ARIS BiOCYCLE grey water recycling plant cleans water from showers, bathtubs, sinks, cleaning processes, cooling cycles, industrial kitchens and other applications, turning it into hygienic, high-quality non-potable water for plant irrigation, laundry, toilet flushing or other purposes.

Description

The ARIS BiOCYCLE plant is able to treat all kinds of “light” (faecal-free) grey water for re-use. Water sources can include showers, bathtubs, sinks, but also washing machines or other cleaning processes, cooling plant or kitchens.
The produced non-potable water can be used for toilets, washing machines, car wash, facade or garden irrigation, soak-aways [MB1] or aquaponics.
The wastewater drainpipe is the biggest air leak in a modern building. For increased energy efficiency, waste heat is extracted from incoming grey water before treatment, keeping heat energy within the building.
If grey water is not available in sufficient quantity, the non-potable water service can be supplemented with harvested rainwater. Additionally, the ARIS ARGUS control unit can also top up the system with the minimum required mains water to keep up with demand.
All ARIS grey water systems at least meet the requirements of the FBR’s guidance manual H202*, in many areas distinctly exceeding these basic requirements.

* The German Bundesverband für Betriebs- und Regenwasser e. V. (“FBR”, the federal non-potable and rainwater association) has issued document H202 Hinweise zur Auslegung von Anlagen zur Behandlung und Nutzung von Grauwasser und Grauwasserteilströmen (“Guidance for design of systems for treating and re-using grey water and grey water branch currents”, German only)

Technical Data

  • Aufstellfläche ca. 2 m² je 1 m³ Aufbereitungskapazität
  • Energy demand approx. 1 kWh per m³ recycled water
  • Power supply 230 V or 400 V (depending on unit size)

USP

  • High energy efficiency and maximized profitability due to combination with waste heat recovery, while reducing maintenance and lowering running costs
  • Combination with rainwater harvesting possible
  • Fluidised bed reactor without need for maintenance-intensive filtration membrane
  • Remote monitoring
  • Kitchen wastewater treatment possible
  • Automatic coarse filter cleaning