Process Simplification & Inventory Reduction Solutions
Sulzer’s modular OptimEXT™ technology streamlines complex separations to reduce equipment size and operational complexity. Ideal for space-limited facilities, it simplifies processes in metal recovery, battery recycling, and food-grade phosphoric acid production. This approach lowers maintenance demands, cuts inventory needs, and enhances plant efficiency, driving down total operating costs.
High Efficiency
Up to 30 theoretical stages in a single column for superior separation performance
Small Footprint
Up to 60% less footprint thanks to a compact design
Lower Working Capital
Cuts solvent use and hold-up, reducing inventory needs by up to 90%
Get in touch
Felix Feng
Global product line manager
Contact our expert for more information about Product Recovery and Purification Solutions.
Your process goals
Hydrometallurgical treatment for metal extraction
Recovering valuable Metals from used batteries
Recycling of Catalysts
Purification of Phosphoric Acid
Main applications
Efficient Metal recovery processes
Battery material recycling
Production of food-grade Phosphoric acid
A modular, compact separation system that simplifies processes and reduces equipment footprint.
It lowers operational complexity, cuts maintenance needs, and saves space in constrained facilities.
Ideal for metal recovery, battery recycling, and food-grade phosphoric acid production.
Reduced capital expenses from smaller equipment and lower operating costs from simplified maintenance.
Explore more applications of OptimEXT
Discover how OptimEXT tackles diverse separation challenges maximizing yield, enhancing purity, and improving efficiency across industries and processes.
Maximize product yield and purity in chemical, pharmaceutical, and specialty chemicals applications
Recover valuable components from waste streams, creating additional value, minimizing losses and improving sustainability
Reduce operational costs and improving efficiency by cutting down on steam, electricity, and cooling requirements
Achieve efficient, selective separation overcoming azeotropes, thermal degradation, and poor phase separation.
