enginzyme
services
From early discovery to industrial implementation, we are a full-stack provider of biocatalysis services.
Whether you need support with a specific challenge or a complete solution, our team is prepared to help.
Feasibility study
Start your project with clarity. Our feasibility studies assess both the technical and economic aspects of applying biocatalysis to your chemistry. We provide consultation to identify enzyme families or support early process development — always with your end goal in mind. You’ll receive a clear recommendation on a technical path forward, and get fully briefed on the risks and associated costs.
Enzyme discovery and engineering
We can find — and refine — the right enzyme for you, whether you’re starting from scratch or looking to optimize performance. Our enzyme discovery service delivers a curated panel of wild-type enzyme sequences selected for relevance to your specific reaction — a fast, cost-effective way to explore initial options. When improved performance is needed, our enzyme engineering service provides targeted in-house design, screening, and validation.
Catalyst and process development
We design robust, scalable catalysts tailored to your application. Our offering includes:
EziG® screening and customization
We help you select the right EziG® carrier for your enzyme. When needed, we customize the carrier properties to match your process requirements —from early development to large-scale industrial supply.Catalyst development and application testing
We develop and optimize immobilized enzyme catalysts tailored to your specific chemistry and process conditions. This includes catalyst development and application testing for your EziG®-based catalyst, along with automated formulation screening to ensure you get the most out of your enzyme. We also support cascade optimization and reaction engineering for both batch and continuous operations, with the objective of maximizing the performance of EziG®-based catalysts.
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We're on a mission to remove 1 billion tons of carbon dioxide from the atmosphere by accelerating sustainable chemistry necessary to build and maintain a better tomorrow.
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