Process:	Stabilisation of residues by turbulent mixing; continuous or batch-wise
Source:	Filter dust from industrial processes, e.g. metal industry Fly ashes from waste incineration and power plants Slag from metallurgical processing or waste incineration Soils and other minerals, e.g. contaminated with heavy metals Inorganic sludge from industrial waste water treatment Drill cuttings, incl. radioactive residues (oil and gas NORM)
Input material:	Sludges and filter cake with varying viscosities Ashes, dust, soil, debris, filtration residues, sediments

Key facts

Homogenisation system:	Continuous and batch-wise working single-shaft mixers
Peripheral equipment:	Conveying systems, storage silos, air filtration, control cabinets
Curing additives:	Lime, cement, water
Content of fines:	Standard < 1 %; < 0.1 % possible
Optional extensions:	Chemical / exothermic reactions; H2-separation
Plant design:	Fixed or mobile installation, up to 100 t/h throughput capacity
Output consistency:	Pellets, granules, bulk material; all leachate test resistant
Output consistency options:	Moulded blocks (e.g. 1 m³), in BigBags, in drums/containers

Greatest benefits of the AVA turbulent mixing technology

Batch-wise or continuous mixing process with highest efficiency
Highest flexibility regarding the various waste consistencies
Most robust and wear-resistant single shaft mixer design
Treatment of coarse materials with grain sizes up to 50 mm possible
Lowest energy consumption assured through speed controlled mixing process
Zero dust emissions by use of integrated filter units and encapsulated feeding devices
Delivery of turn key solutions in modular form, fully tested design – e.g. skid mounted

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