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HEAT-RESISTANT MEMBRANE SEPARATES MOLECULES FOR LESS
10/10/23
Futurity featured research led by Miao Yu that designed a new type of membrane with nanopores that can quickly and efficiently separate a diverse range of molecules under harsh industrial conditions.
Chemical recycling aims to scale fast in effort to manage plastic waste, even as questions remain
10/9/23
Paschalis Alexandridis was featured in a Waste Dive article on the uses of chemicals to recycle goods.
Overlooked Scientific Research: The Unsung Hero in the Fight Against COVID-19
10/1/23
BNN Network reported on overlooked COVID-19 research, including a study led by Sriram Neelamegham.
Separating molecules requires a lot of energy. This nanoporous, heat-resistant membrane could change that
9/30/23
Phy.org reported on a study led by Miao Yu that created a new, sturdier membrane that can withstand harsh environments—high temperatures, high pressure and complex chemical solvents—associated with industrial separation processes.
Separating molecules requires lots of energy. This heat-resistant membrane could change that
9/26/23
The technology could lower costs for making pharmaceuticals, agrochemicals and other products.
26th Annual CBE Graduate Student Research Symposium
9/22/23
Friday, October 20, 2023 | Keynote Lecture from Hemant Dandekar, PhD 1991 | Global Commercial Director of Automotive Advanced Interlayers | My Journey from a Technologist to a Global General Manager - Adventures and Lessons Learned Along the Way. | View Photos from the Symposium, Lecture Videos, and see the Poster Contest winners.
Separating molecules is a highly energy-intensive but essential part of drug development, desalination and other industrial processes – improving membranes can help
9/11/23
Raw Story republished an article from The Conversation written by CBE doctoral candidate Bratin Sengupta and Miao Yu on their design of a new type of membrane with nanopores that can quickly and efficiently separate a diverse range of molecules under harsh industrial conditions.
Separating molecules is a highly energy-intensive but essential part of drug development, desalination and other industrial processes – improving membranes can help
9/7/23
The Conversation featured an article written by CBE doctoral candidate Bratin Sengupta and Miao Yu on their design of a new type of membrane with nanopores that can quickly and efficiently separate a diverse range of molecules under harsh industrial conditions.

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