A well-known copper foil producer had previously incorporated chemical process analysis by conductivity measurement and Isotopic X-ray Spectroscopy technology. The downside of the instrumentation used before was (a) the safety risks for employees, related to their exposure to radiation; (b) the high maintenance and operational costs associated to the use of nuclear source (isotope) which requires special handling; (c) the technology could only measure one chemical concentration.
– Reduce maintenance needs
– Take up less space
– Eliminate radiation from the factory floor
The CCM 9580 analyzer of Rhosonics is the perfect solution for this task. The analyzer uses two sensors (ultrasonic & conductivity) to accurately measure the concentrations of dissolved Copper and Sulfuric Acid (H2SO4 & Cu++) in real-time. The Rhosonics CCM helps the customer to maintain the desired concentrations and to meet the quality standards for efficient copper foil production.
The process starts with dissolving tanks where recycled copper is cleaned and added in different tanks / process lines. The next step is getting to the right concentration of copper, where it will then get dissolved by sulfuric acid. When the concentrations are reached, the solution (Cu++&H2SO4) is pumped to the ED machines and the copper foil is produced. After producing the copper foil in the right thickness, it gets treated with different coatings depending on the finishing specified or required.
Following the success of the CCM 9580, the customer is satisfied and plans not just to keep using this technology in the existing site, but will also implement it on their new copper foil production sites. They reported the following
– Rhosonics CCM technology was able to measure two chemicals at the same time. Whereas other suppliers offer only one technology like conductivity or refractometer to measure one chemical.
– Product performance was good according to the client. The CCM provided accurate measurements and became an important link in the automation process.
– The customer has been able to manage a stable production process without health risks and administration workload related to radiation-based technology.