Our services

  • UV technology for cooling towers

    • Optimized UV-systems installed in cooling tower circulation

    • UV disinfection keep bacterial levels at low and acceptable levels with minimal use of biocides

    • Unique technical features are needed for effective and sustained performance due to water properties

      READ MORE

  • Detoxifies polluted water

    • Unique technology and patented methods

    • Detoxify polluted water from heavy metals

    • Detoxify polluted water from PFAS

    • Extract valuable metals for recycling.

      READ MORE

  • Safe recovery of P, N and salts

    • Safe and efficient recovery of nutrients and salts from waste

    • Ash2Phos technology recovers phosphorus and other resources

    • Aqua2N recovers nitrogen from wastewater

    • Ash2Salt that extracts commercial salts from fly ash

      READ MORE

  • Acid recycling for process industry

    • Acid recycling systems to the process industry.

    • Based on separating metals from acid in order to recover pure acid.

    • Reduced need for raw materials

    • Lower release of nitrates

    • Better process control

    • Better financial gains

      READ MORE

  • Treatment of flue gas condensate

    • Recovery as boiler feed water and make-up water for district heating

    • High reduction of heavy metals

    • Reduced environmental impact

    • Energy and water savings

    • Powerplant self sufficient in water
      READ MORE

  • Circular water solutions metalworking

    • Lower costs for waste management Increased demand on process control

    • Lower the water footprint

    • Save chemicals

    • Zero Discharge

    • Lower the cost of waste managment

    • Future proof technology
      READ MORE

  • Water management in process industry

    • EU-project Inspirewater new solutions was tested Reduced water consumption in the steel and chemical industries

    • Technology tested in pilot scale for recycling of metals and phosphorus

    • Implementation in full scale in progress

      READ MORE