Water recovery by water conditioning Since more than 10 years our systems have been leading in the protection of natural resources. The profitability linked is reflected by over 800 sites worldwide. Our system ranges BioClassic BioSimplex and BioPower are applied for waste water treatment in car wash plants. In addition individual conceptions design with these systems also allows cleaning of heavily contaminated waste water from garages and industrial companies.
Biological waste water treatment and process water recycling by means of biofilm technology The biofilm technology is the commercially most important and environmentally friendly procedure for cleaning heavily polluted industrial waste water. The process is based on the principle of biochemical conversion of waste water substances. These substances are used as nutrients by living organisms and with the aid of atmospheric oxygen, converted into new cell biomass and carbon dioxide. In this way, waste water is purified by taking away its contaminants.
Biological • Natural mechanisms • Active environmentalprotection • No use of chemicals • Protection of natural resources • High quality recycling water • No odour emission
Economical • Individual solutions • No additives required • Up to 95% fresh water savings • Recycling of purified water • Low investment cost • Low operating cost • Little maintenance • Few constructional measures
Technological • Innovative system technology • Future-oriented solutions • Newest technology in all components • Efficient energy use • Extendable systems • Modular design • Adaptable for new requirements • Minimum sludge volume
Process technology • Measurable reduction of waste water values (COD, BOD, Hydrocarbons) • High water quality without odour emission by aerobic processes • Sturdy operational behaviour even with changing waste water load and quantity • Safe availability due to high-capacity biofilm technology • Compact and reliable units ensure a long lifetime with low service efforts
Control • Microprocessor-controlled • Menu guidance via display • Automatic control of maintenance and cleaning intervals • Automatic adaptation of oxygen supply to changing conditions • Optimum energy utilization by automatic recognition of waste water quantity • Display messages in plain text
