Membrane filtration processes for the precise separation, fractionation, concentration, and purification of substances.

In the pharmaceutical and biotechnology industries, membrane filtration processes such as microfiltration, ultrafiltration, nanofiltration, and reverse osmosis play a crucial role in the manufacture of pharmaceuticals and biotechnology products. WTA UNISOL’s membrane filtration modules enable the precise separation, fractionation, concentration, and purification of substances. Depending on the application, all solids can be removed, separation can occur at the molecular level, or monovalent and polyvalent salts can be separated from one another—all of which are of great importance in a wide range of applications. In addition, WTA UNISOL also offers special reverse osmosis modules that can be sanitized using hot water, making them ideal, for example, for the production of high-purity process water. Here you will find additional filtration membranes for the selective separation of particles.

Here are a few examples of applications where we can support you with our sanitary designs and FDA-compliant products and materials.

Production of ultrapure water
Membrane Filtration for the Downstream Process
Preparation of Cell Culture Media for Fermentation
Use of Microfiltration in Upstream Processes Prior to Further Purification
Concentration, separation, or fractionation of proteins

Microfiltration, Ultrafiltration, Nanofiltration, and Reverse Osmosis in Use

With our selection of sanitary designs and FDA-compliant products and materials, we can effectively support you in optimizing your processes and products. Our product portfolio includes a wide range of membranes. For specific applications, we assemble the membranes into formats for plate-and-frame systems, wound modules, and submerged module systems. Tubular modules are also available.

Pharmaceutical Industry

Water and wastewater treatment plays a crucial role in the pharmaceutical industry. It is not only essential for the manufacture of pharmaceuticals, but also for the safety and quality of these products and the environment. High-quality membranes and modules optimize production, ensure the purity of process water, and treat wastewater, thereby meeting strict quality standards and minimizing environmental impact. Precision is of the utmost importance in this field.

In biotechnology Filtration is a key aspect of product manufacturing and the implementation of biotechnological processes. The purification of products requires high-quality membrane filtration modules capable of removing impurities and unwanted particles, as well as isolating, fractionating, or concentrating active ingredients. This is crucial for the quality and efficacy of products.