INOFEA’s unique and patented technology enzzen® let enzymes withstand challenging conditions. The use of enzymes is often limited by their sensitive nature. To fit them to process conditions, genetic engineering can be aided by reactor design and advanced immobilization techniques.
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The enzzen® technology allows the immobilization of any enzyme or cocktail of enzymes onto particles and their protection by growing a structured shield on the outer surface. The shield prevents the enzyme denaturation and provides a remarkable resistance to various process conditions, such as acidity, temperature, presence of chaotropic agents, proteases, etc.
The Rotating Bed Reactor (RBR) by SpinChem® offers huge advantages in both the preparation of enzzen® enzymes and their deployment in biocatalytic processes. By implementing the RBR, INOFEA have reached a faster and cheaper process to produce immobilized and shielded enzymes through enzzen®. In biocatalysis, the benefit of RBR for enzzen® immobilized and shielded enzymes consists in an improvement of the mass transfer in heterogeneous catalysis and in the minimization the mechanical stress.
In conclusion, the synergy of the RBR by SpinChem® and enzzen® by INOFEA combines the best of both technologies, leading to more efficient biocatalytic reactions with clear benefits in reliability, safety, costs saving, and environmental sustainability.
Dr. Anne Timm, CEO
Learn more about INOFEA at https://inofea.com/
Let SpinChem help you understand how the rotating bed reactor technology can simplify or improve your process. Get in touch with us today to get started toward better, more efficient biocatalysis.