Rapid growth in biologics is fueling the biopharmaceutical filtration market. Key opportunities include membrane filtration systems and single-use technologies, with North America and Europe leading.

Main market opportunities lie in sustainable water management, advanced membrane bioreactors, and technological integration with AI and IoT. Rising demand for cleaner water and regulatory compliance ...

Recent breakthroughs in zeolite research are transforming their role in petrochemicals, from membranes that improve gas separation to catalysts that unlock stubborn chemical bonds. Advances include ...

Climate Investment has led a US$27 million Series B funding round in Membrane Technology & Research (MTR), aimed at accelerating the deployment of advanced membrane ...

Modern sanitation systems have long treated human urine as waste, flushing away valuable nitrogen and phosphorus that are ...

Learning how to separate ethanol and water is important in chemistry, especially in laboratories and industries. With the ...

Atmus Filtration Technologies Inc has opened a newly expanded, state-of-the-art laboratory at its Quimper, France site, marking a significant investment in innovation and global testing capacity. The ...

Exclusion chromatography can be used to separate molecules on the basis of size 1,2. The technique described here, which uses gel filtration to separate high-molecular-weight DNA from smaller ...

Drew Szabo from the Centre of Excellence in Mass Spectrometry at the University of York, UK discusses his talk at HTC-19, ...

Abstract: Blind Source Separation (BSS) separates mixed signals by leveraging source signals’ statistical independence and non-Gaussian characteristics, requiring no prior channel knowledge. As ...