Client: Reusable Packaging Manufacturer, Australia
This company recycles plastic intermediate bulk containers (IBCs) and plastic drums that are used for storing farming chemicals.. In the cleaning process of returned IBCs, the generated wastewater includes a high concentration of glyphosate.
Glyphosate is the world’s most widely used herbicide and crop desiccant. In recent years, the cancer-research arm of the WHO announced that it is probable that glyphosate is carcinogenic to humans.
Glyphosate needs to be treated for safe discharge to meet regulatory requirements. The company currently uses Vacuum Distillation (Evaporation) - the most popular method for removing high glyphosate concentrations in effluent streams - and incurs high capital and operational costs.
Infinite Water reviewed the customer’s current system and designed a process to treat the industrial effluent for discharge compliance. Our research team conducted in-house optimisation developing a fit-for-purpose solution specific
to the customer needs. The solution is a combination of mechanical/ chemical separation and Infinite Water’s HydroxonTM process (incorporating Catalytic Advanced Oxidation).
We worked closely with the customer to optimise the existing pre-treatment clarification stage.
The HydroxonTM process successfully reduced glyphosate levels from 500 mg/L to below 0.38 mg/L (>99% reduction) and treated other pollutants to meet discharge regulations.
Consistent results were obtained over 12 months of continuous operation.
Significant capital cost savings (~70%) and operational cost savings (>95%) were achieved compared to the evaporator system. This included very low energy consumption ~0.1 kWhr/m3.