For complex water treatment plants, pilot studies are essential to conducted on a smaller scale to simulate full-scale water treatment processes. These studies involve setting up pilot-scale treatment systems that replicate the conditions of larger treatment plants, allowing for the evaluation of different treatment technologies, process parameters, and operational strategies.

In laboratory-based testing, controlled environments allow for precise manipulation of variables to assess the performance of specific resins or membranes. For instance, ion exchange column testing can determine leakage levels—the amount of a contaminant that passes into the effluent during normal operation— and the influence of competing ions, and pH variations.

Field-based pilot testing complements laboratory studies by providing insights into system performance under real-world conditions. Deploying pilot-scale units at actual sites allows for the assessment of treatment processes in the presence of fluctuating water qualities and environmental factors.

Our pilot studies are generally conducted at our Sydney Laboratory (although we can run them on site also) and can include:

• Pre-treatment
• Flocculation and Coagulation
• UF/MF filtration
• RO/NF membrane filtration
• Chemical precipitation
• Ion exchange

Our rental ion exchange systems offer the flexibility needed for pilot testing and short-term projects. Its modular design allows for easy transportation, setup, and operation, making it suitable for various applications such as groundwater remediation, industrial process water treatment, and municipal water treatment plant upgrades. These rigs enables precise removal of specific contaminants, ensuring the production of high-quality treated water.

Whether for exploring treatment options, conducting research, or addressing temporary treatment needs, this rental rig provides a reliable and cost-effective solution for water treatment challenges.

Contact us today to find out how we can help de-risk and design your new plant.