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In this free webinar, attendees will learn about membrane bioreactor (MBR) technology and how MBR technology can help treat and reuse wastewater. The presentation will feature case studies of MBR utilized by food and beverage companies.

It pulls uranium out at record rates—but real-world tests are still to come

Compact Membrane Solutions, a startup working on carbon capture technology for heavy industry, launched over 20 years ago.

A new nanofiltration process developed at MIT can curb the hazardous waste generated from aluminum production.

MIT spinout SiTration developed advanced membrane technology for critical materials recovery, operating in the mining industry and lithium-ion battery recycling.

Membrane separation technology has been widely recognized as a more advantageous technology owing to its high treatment efficiency, low footprint, reliable effluent quality. However, its further sustainable growth has been hampered due to membrane fouling. Although great efforts have been made in the recent decades to improve the antifouling performance via various modification strategies, but the obtained…

Membrane technology is widely applied in water treatment for removing suspended particles, colloids, and organic pollutants from polluted water. As a typical representative of inorganic membrane with advantages such as high flux and chemical resistance, ceramic membrane has massive potential value in the treatment of surface water, municipal wastewater, and drinking water.

New technology will accelerate drug development by allowing researchers a better look inside the cell membrane to observe how cells react to drugs.

Researchers have developed a new membrane technology that allows for more efficient removal of carbon dioxide (CO2) from mixed gases, such as emissions from power plants.

A research team from the Department of Applied Chemistry and Life Science at the Toyohashi University of Technology has discovered a phenomenon in which specific lipids were concentrated on graphene oxide in a multicomponent lipid bilayer membrane serving as a cell membrane model. The findings are published in the International Journal of Molecular Sciences.

Industrial processes often generate a large amount of alkaline waste solutions. The existing alkali treatment processes require high investment, and are complicated and have a low rate of efficiency. Membrane technology has the advantages of high efficiency and energy savings. However, current polymeric membrane materials are not strong enough in harsh alkaline environments. To solve this problem, Prof. Li Pei from…

In Kansas, Western Plains Energy is pioneering carbon neutral ethanol production by replacing molecular sieves with fully integrated membrane separation solutions in a quest to become the first zero emissions ethanol producer.  Whitefox, is the bioethanol membrane engineering innovator supplying the innovative technology.  Engineering phase 1 is already in progress and the project has an […]

Cyclic peptides often exhibit low membrane permeability that can be significantly improved via amide-to-ester substitutions, as demonstrated by researchers from Tokyo Institute of Technology (Tokyo Tech). The utilization of substitutions shown in a new study can be used to develop cyclic peptides with high membrane permeability and oral bioavailability for clinical and therapeutic applications.

Studying the filter-feeding mechanism of mobula rays, MIT engineers developed a new design for industrial cross-flow water filters.

A new solvatochromic probe could help shed light on the relationship between lipid membrane fluidity and various cellular functions, report scientists at Tokyo Institute of Technology and Kyushu University. Thanks to an innovative design, the proposed probe offers remarkable stability, low toxicity, and exceptional fluorescent properties, making it possible to visualize real-time changes in lipid membrane order…

Membrane separation technology has become one of the most effective methods for water treatment, owing to its advantages of high separation efficiency, convenient operation and low-energy consumption. The membranes prepared from graphene oxide (GO) have received extensive attention for their high water permeability which is attributable to rapid water transport in the atomically smooth sp2 regions (non-oxidized…

Dr. Eduardo, program manager at H2Site, was special guest on ABLC Connect, and here are his slides as he takes us through H2Site's proprietary membrane reactor technology which offers a new pathway for efficient, affordable transport for hydrogen.

The International Society for Pharmaceutical Engineering (ISPE) announced the release of the ISPE Good Practice Guide: Membrane-Based Water for Injection Systems. This Guide provides expert guidance on the design, operation, maintenance, and quality aspects of membrane-based water for injection (WFI) systems, including generation, storage, and distribution. The information presented in this Guide is a combination…