The Onunda technology is designed to process raw sewage sludge as an alternative to traditional wastewater treatment processes, allowing customers to increase or replace existing capacity of their wastewater treatment facilities with our next-generation technology. We see the current situation as an opportunity for innovation to turn waste into worth.
Onunda is a beacon of environmental responsibility, providing cutting-edge technology to eliminate sewage sludge discharge and convert it into clean energy and nutrient-rich fertiliser. It addresses challenges facing wastewater treatment plants in dealing with the solids produced from traditional biological processes.
Onunda can be immediately implemented at all existing traditional wastewater treatment facilities as an additional process to treat all biosolid material currently being discharged to land.
Onunda is the next generation of innovative wastewater treatment and can be deployed whenever new investments are being made in new wastewater treatment capacity thereby ensuring that future sewage works benefit from the full extraction of value, nutrients and power with no waste material being returned to land.
Onunda technology can be deployed to treat waste streams from farming and agricultural activities ensuring all energy, nutrients and value are captured and utilised.
There are many forms of organic waste streams within the food industry that could readily be treated using Onunda technology to fully extract value and avoid the need for any waste to be disposed of to land.
By deploying Onunda technology in all of the above applications we are effectively removing a range of biosolid waste products from the current practice of discharging nutrient rich waste materials to land. The application of Onunda technology is therefore an ideal technology application to secure Nutrient Neutrality offset credits to unlock developments which are currently locked out due to their impacts to the current nutrient balance. Onunda is the ideal technology partner to unlock Nutrient Neutrality barriers.