Used CHA SEC 600 RAP #9082760 for sale

CHA SEC 600 RAP is a recirculating, forced air rapid evaporator system that allows for efficient and cost-effective removal of solvent activity from process streams. It is designed to separate liquid and vapor phase content in an environmentally responsible manner while also providing a high level of operational control. CHA SEC 600-RAP utilizes a unique self-contained design that consists of a closed-loop of recirculating vapor and liquid. The system consists of three primary components, an evaporator, centrifuge, and condenser. In operation, liquid enters the system, where it is distributed into the inner chamber of the evaporator for preheating. Inside this chamber, the liquid is separated into its vapor and liquid phases, with the vapor being drawn off and the liquid being returned to the process stream. The vapor is then sent to the condenser, where it is condensed and collected. Finally, the condensed vapor, which is now a concentrated solution, is sent to the centrifuge for clarification and the clarified fluid is collected and recycled back to the evaporator. This process loop allows for repetitive and efficient re-circulation of the liquid concentrate from the condenser to the evaporator, resulting in high throughput solvent removal. SEC-600-RAP also offers a range of advanced operational controls, including on-board control systems and direct link data logging capabilities, ensuring that solvent removal is safely and consistently carried out in accordance with environmental standards and regulations. It is also equipped with an array of safety and protective features to improve worker safety, as well as automated shutdown systems to prevent accidental damage. Overall, SEC 600-RAP Evaporator is an environmentally sound and cost-effective solution for the removal of solvents from process streams. It is highly efficient and offers a wide range of operational and safety controls, allowing users to safely and reliably perform solvent removal while minimizing environmental impact.