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Synthetic biology
Release time:
2024-04-25 13:29
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Technical Introduction
In response to the need for efficient separation of enzyme-catalyzed reaction mixtures in synthetic biology, a one-step clarification process based on ceramic ultrafiltration membranes has been developed. This process is compatible with organic solvents and can replace the conventional “ A two-step process combining ceramic membranes and organic membranes. Ceramic ultrafiltration membranes are used to directly remove cellular debris, proteins, and other impurities from the reaction mixture, yielding a high‑quality filtrate. This technology has been scaled up for applications across multiple industries, including agrochemicals, functional products, cosmetics and personal care, and organic acids.
For the separation of enzymatic hydrolysates such as peptides and polysaccharides, ceramic ultrafiltration membranes can be used directly for either separation or concentration, yielding the desired concentrated product.
Application areas
- Natural product : Gastrodin, Salidroside
- Functional product : Nicotinamide and NMN, ectoine, and others
- Vitamin : Vitamin B. Vitamin K
- Chemical products : Organic dicarboxylic acids, L-glufosinate, etc.
Process Flow Diagram
The research institution approved by Nanjing is also an independent legal entity of the first professional research institute of Jiangsu Industrial Technology Research Institute Membrane Science and Technology Research Institute, which is positioned as the organizer of membrane material industry cultivation.
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