Antibiotics ProductionOver the last two decades, the production of antibiotics has been simplified via enzyme-based processes in aqueous environments. Membrane filtration technology has played a major role in recovering and purifying the antibiotics from enzyme-based fermentation broth, including lactames, aminoglycosides, polypeptides, tetracyclines, and macrolides. The molecular mass (MW) of antibiotics are in the range of 200-1200 Daltons, therefore, nanofiltration membrane falls in the right MWCO range to concentrate and purify the antibiotics. With the proper selection of a nanofiltration membrane, target antibiotics can be rejected with minimal product loss.
Benefits of membrane process
- Purification of broth to create high-quality antibiotics
- Lower waste disposal and reduced product loss
NFX, NFW, NFG
Application Development Program
Learn more about Synder’s comprehensive custom application development program and wide variety of pilot systems available for testing. Here at Synder, we realize the importance of flexibility and responsiveness, which is why we created a comprehensive application development program to fulfill specific separation needs. We work closely with our customers to fully understand, design, and deliver both custom membranes and systems.
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At Synder Filtration, we take pride in providing technical expertise and personal collaboration with our customers. With our newly designed research & development laboratory and fleet of pilot systems, we are able to conduct a wide range of feasibility tests both in-house and on-site. … [read more]
Membrane Development ProgramAt Synder Filtration, we aim to provide quality products, technical expertise, and quick responsiveness. With our state-of-the-art laboratory, extensive array of pilot systems, and growing team of scientists and engineers, we are able to develop and customize innovative membranes to fit specific process separation needs and applications across all industries. We take pride in collaborating closely with our customers to ensure consistent… [read more]