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Environmental protection standards in the chemical and food & beverage industries are becoming increasingly stringent, and membrane-based water treatment and waste gas recovery technologies are attracting considerable attention.
Under the backdrop of the “dual-carbon” policy, industries such as large-scale chemical manufacturing and food & beverage are facing stricter standards for emissions and resource consumption. As an efficient physical separation method, membrane separation technology is seeing its applications steadily expand in areas including near-zero discharge of industrial wastewater, recovery of valuable components, and treatment of process exhaust gases, presenting enormous market potential.
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Several domestic filtration companies have been recognized as “Specialized, Fine, and New,” focusing on the modification of polymer membrane materials and challenging the market dominance of international brands.
Driven by the dual forces of supply-chain security and cost optimization, a group of domestic filtration companies—such as Zhejiang Lankuo—are achieving breakthroughs in key performance areas—including membrane material hydrophilicity/hydrophobicity, strength, and service life—through sustained R&D investment. They are gradually replacing imported products in high-end sectors such as biopharmaceuticals and semiconductors.
The CGT field is rapidly developing, and the production of viral vectors and plasmid DNA is placing higher demands on nanofiltration/ultrafiltration technologies.
Indeed, with the rapid advancement of cell and gene therapy (CGT), viral vectors—such as adeno-associated virus (AAV) and lentivirus (LV)—as well as plasmid DNA (pDNA), have become critical raw materials that occupy a central position throughout the entire CGT product development pipeline.
What practical data extraction and analysis methods are available in the research and development of polymeric microfiltration membrane materials?
In the research and development of polymeric microfiltration membranes, data extraction and analysis are crucial steps, primarily focusing on composition, structure, morphology, thermal properties, and mechanical performance.
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