Bench-Scale Testing Demonstrates Treatability Service

This process comprises several steps:

• Upon receipt of relevant wastestream samples, UniPure determines or confirms influent metals concentrations. Based on the concentration of these metals and the other contaminants of concern, we next perform a theoretical process feasibility study to evaluate process design options, treatment chemical options, operating preferences, mechanical equipment options and physical site constraints.
• The results of the feasibility study will be translated into bench-scale testing procedures and t testing is preformed. These tests provide UniPure`s taff with treatment chemical usage rates, retention periods, observations of physical changes during the treatment process and resulting treated metals concentrations. If the testing is not successful, UniPure`s technical staff will use the data generated during the initial testing to design alternative process options. When a successful treatment process is proven, the results of the testing are typically used to generate a UniPure System design package.
• The design package includes, at minimum, a process flow diagram, a process flow description, estimated operating parameters and costs for the full-scale system, a preliminary equipment list, system layout and budgetary projections for the UniPure System.

When evaluating a client`s process requirements, UniPure has more than 15 years` experience with thousands of successful treatability tests from which to draw. This is the reason why we are so confident that the Systems we propose are the most cost-effective available, and proven long before construction or installation begins. UniPure routinely designs, builds and installs Systems based on these bench-scale testing results.