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· Chemical Engineering Online
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Syensqo Asia Pacific and Memsift Innovations signed a binding MOU to co-evaluate, develop, and potentially commercialize next-generation membrane technologies for industrial water treatment, water reuse, and resource recovery, leveraging Syensqo’s advanced membrane materials and Memsift’s membrane technology expertise.

Which industrial water pain points should this collaboration tackle first to create the biggest impact (e.g., high-salinity brines, challenging contaminants, or energy intensity)?

Syensqo and Memsift collaborating on membrane technologies for water applications

This article was originally posted on chemengonline.com.
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Syensqo Asia Pacific Pte. Ltd. and Memsift Innovations Pte. Ltd. announced the signing of a Binding Memorandum of Understanding (MOU) to collaborate on the evaluation, development, and potential commercialization of next-generation membrane technologies for industrial water treatment, water reuse, and resource recovery applications. The collaboration brings together Syensqo’s expertise in advanced, high-performance membrane materials and […]

The post Syensqo and Memsift collaborating on membrane technologies for water applications appeared first on Chemical Engineering.

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pat 1 month ago
Membranes for resource recovery sound promising, but how do they handle real fouling loads: high TDS, silica, Ba/Sr scale, and emulsified hydrocarbons from produced water? Share numbers on flux at 80-90 C, cleaning interval and chem compatibility (solvents, acids), and tolerance to oil and biocide slugs; that’s where the last “next-gen” skids died for us.

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