Applexion™ Ion exchange is our versatile solution overcoming purification, demineralization or decoloration challenges within the food, fermentation and bio-based chemical industries.

Recognized as a world leader in the field, Applexion offers unique expertise in designing ion exchange and adsorption systems, delivering high purity with optimized use of chemicals, as well as providing the best resin to reach the highest performance.

Our product portfolio includes batch ion exchange solution, as well as a fully continuous solution, simultaneously performing separation, washing, regeneration and rinsing steps for a more compact and productive use of resins. Applexion also develops mixed bed polishing and decolorization systems by various adsorbents.

Each separation requires a specific process design to get the best performances.

Applexion™ Chromatography meets this challenge by combining :

• A unique methodology to select THE solution that will be specifically tailored to your needs from a wide range of design options
• Applexion’s industrial expertise in building, commissioning and maintaining high-performance chromatography systems

• Fine optimization of applications traditionally using chromatography
• Personalized lab and pilot development work allowing to fine-tune parameters and to produce samples
• Fast development of new processes

Applexion™ ceramic membranes are the industry reference for microfiltration, as well as wide and tight ultrafiltration.

The Applexion™’s range offers a large choice of geometries and cut-offs to meet with your process requirements as regards viscosity, molecule size, impurity profile, targeted purity and yields, available water for diafiltration, etc. as well as cleaning and sanitization procedures.

Thanks to our 30-year experience with ceramic membrane manufacturing and utilization, the Applexion™ membranes are designed with the best compromise between filtration surface, hydraulic diameter and mechanical resistance. The ceramic monolith, together with individually engineered sub- and active- layers, ensures a high selectivity combined with high permeability for an excellent lifetime.

The well-known Applexion™ module completes Applexion’s tangential filtration solutions for the industry. Extremely robust, the Applexion™ module is designed to provide the user with high-performance, easy cleanability and maintenance.

Our industrial range also includes nanofiltration, with state-of-the-art organic membranes grades, showing high permeability combined with high chemicals resistance, insuring thus best compromise between performances and lifetime.

Applexion offering includes digital solutions based upon newly in-house developed softwares, aimed at supporting ion-exchange and chromatography users for optimal production conditions.

RUN 4.0 provides a permanent and very accurate remote control of multi-column systems, assisting operators in their decisions for piloting units under optimal conditions and preventing from production drifts or unplanned stops . RUN 4.0 generates recommendations to operators that are automatically issued after collection of data available in secured cloud and processed through dedicated algorithms.

PERFORM 4.0 is a digital guidance solution to optimize purification process parameters, available on a web platform. Based on a unique Applexion learning software, PERFORM 4.0 provides users with optimized data settings, every time new production targets are needed. PERFORM 4.0 generates significant gain in time and accuracy, when it comes to optimize production conditions, thanks to very short time multi-iterative paths.

LINK 4.0 is an easy-to-use dedicated digital APP to simplify follow-up of purification equipment and management of consumables. Based upon centralized information available on mobile phone and use of QR-codes, it enables production managers, as well as quality managers and operators, to quickly access to up-to-date documentation and required certificates, as well as tracking consumables orders, deliveries, storage, internal transfers and moves.