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Fuel-TechModel DGI -Oxygenation System for Wastewater Treatment

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DGI combines best on the market oxygen transfer efficiency with precision accuracy, to deliver an energy efficient and cost-effective water and wastewater treatment system. This cutting-edge technology, achieves superior rates of 99+% gas transfer by pre-dissolving high purity gas in a separate pressurized slipstream. The slipstream can reach up to 900 mg/l oxygen concentration, it is then added to the main volume of water and diluted to meet precise specifications. To guarantee high oxygen saturation rates, DGI is fitted with specially designed high-velocity channel injectors that help retain gas and optimize distribution. DGI can work as a rapid response option or augment underperforming legacy technologies in a wide range of water and wastewater treatment processes.

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  • The highest oxygen transfer efficiency available on the market at 99+%
  • 95% + dissolved oxygen infusion efficiency
  • Automatically adjusts oxygen dosage to meet process conditions
  • Rapid delivery of precise quantities of metered oxygen
  • Reduces reliance on chemicals for upset conditions and helps controls odor
  • Enhance or increase capacity of underperforming aeration systems
  • Avoid capital expansion outlay and minimize new footprint needs
  • Modular, compact, scalable systems for rapid deployment
  • Laboratory testing verified oxygen retention two feet below water surface
  • Support wastewater reuse goals
  • The highest oxygen transfer efficiency available on the market at 99+%
  • 95% + dissolved oxygen infusion efficiency
  • Automatically adjusts oxygen dosage to meet process conditions
  • Rapid delivery of precise quantities of metered oxygen
  • Reduces reliance on chemicals for upset conditions and helps controls odor
  • Enhance or increase capacity of underperforming aeration systems
  • Avoid capital expansion outlay and minimize new footprint needs
  • Modular, compact, scalable systems for rapid deployment
  • Laboratory testing verified oxygen retention two feet below water surface
  • Support wastewater reuse goals