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Separating molecules requires lots of energy: This new, heat-resistant membrane could change that - The technology could lower costs for making pharmaceuticals, agrochemicals and other products: Researcher plans to start a company

Industry has long relied upon energy-intensive processes, such as distillation and crystallization, to separate molecules that ultimately serve as ingredients in medicine, chemicals and other prod .

Ruizhe yangJun liuJi jiangRajan khadkaBratin senguptaDinesh kumar beheraPawel keblinskiQiaobei dongGeorges belfortMiao yuUniversity atDepartment of chemicalUniversity at buffalo school of engineeringInnovation professorBiological engineeringBuffalo school

Separating molecules requires a lot of energy This nanoporous, heat-resistant membrane could change that

Separating molecules requires a lot of energy This nanoporous, heat-resistant membrane could change that
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Qiaobei dongMiao yuBratin senguptaUniversity atDepartment of chemicalUniversity at buffalo school of engineeringUniversity at buffaloInnovation professorBiological engineeringBuffalo school

New Heat-Resistant Membrane May Revolutionize Molecule Separation

New Heat-Resistant Membrane May Revolutionize Molecule Separation
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Qiaobei dongBratin senguptaMiao yuRensselaer polytechnic instituteUniversity at buffalo school of engineeringDepartment of energyDepartment of chemicalNational science foundationAerospace engineeringUniversity atInnovation professorBiological engineeringBuffalo schoolApplied sciencesRensselaer polytechnic

Novel membrane could reduce energy expenditure in separating molecules for desalination, drug development

Novel membrane could reduce energy expenditure in separating molecules for desalination, drug development
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Separating molecules is a highly energy-intensive but essential part of drug development, desalination and other industrial processes – improving membranes can help

Molecules are often separated by their size, shape or other properties. twomeows/Moment via Getty ImagesSeparating molecules is critical to producing many essential products. For example, in petroleum refining, the hydrocarbons – chemical compounds composed of hydrogens and carbons – in crude oil are separated into gasoline, diesel and lubricants by sorting them based on their molecular size, shape and weight. In the pharmaceutical industry, the active ingredients in medications are purified by

Miao yuBratin senguptaUniversity at buffaloIndustrial conditionsMembrane technologySeparation processesMolecular sizeIndustrial processIndustrial scaleChemical compounds