Articles Tagged with ''membrane filtration solutions''

The 2026 event showcases how membrane technologies support product innovation and development, operational efficiency and sustainability goals.

Dairy producers are evaluating membrane systems differently, looking beyond throughput to understand how those systems can help recover more value from existing streams.

For 2026, the Membrane Technology Forum agenda will include more speakers identifying promising beverage market opportunities, a strategic area for membrane technology.

Educational session at the Membrane Technology Forum examines how hollow fiber membrane contactors support dissolved gas control, process consistency and operational efficiency in beverage processing.

Whey, once seen as a byproduct, is now a valuable resource for dairy processors, projected to grow into a $26.24 billion market by 2034. Innovations in membrane filtration and byproduct recovery are driving this shift, enhancing sustainability and protein extraction.

Rather than serving as a standalone processing step, membrane filtration is increasingly functioning as a tool to optimize multiple aspects of plant performance, from yield and ingredient quality to water and energy use.

Consumer demand for lactose-free dairy is rising, driving the use of membrane filtration to remove lactose while preserving nutrients. The market is projected to reach $12.54B by 2026 and $18.95B by 2035, fueled by lactose intolerance, health trends, and innovation.

Longer shelf life depends on the full extended shelf life chain: membranes, heat treatment, hygienic processing and precise cold storage.

Pall Corp., a Danaher company and a global leader in filtration, separation and purification, announced the appointment of Dr. Roland Folz as president of the Pall Corp., effective March 3.

Dairy processors are increasingly turning to advanced membrane technologies to boost product yield while maintaining efficiency and quality. Innovations in ultrafiltration, including optimized temperature control and homogenization, have been shown to enhance protein retention and minimize fouling. This highlights the importance of upstream processing conditions alongside membrane design in achieving higher yields.