Novozymes A/S is a global biotechnology company specializing in the development and production of industrial enzymes and microorganisms. The company’s product portfolio includes a broad range of enzyme solutions for industries such as household care, food and beverage, agriculture, bioenergy and technical applications. By harnessing the catalytic power of proteins and the functional traits of microbes, Novozymes aims to replace traditional chemical processes with more sustainable, efficient and environmentally friendly alternatives.
The company’s enzymes are used to improve the performance and sustainability of everyday products. In household and laundry detergents, Novozymes’ enzymes enhance stain removal at lower temperatures and reduce energy consumption. In the food and beverage sector, its microbial and enzymatic technologies are applied to optimize processes such as baking, brewing and juice production, improving yield and consistency. In agriculture, the company offers biofertilizers and biostimulants designed to boost crop health and soil quality while reducing reliance on synthetic inputs.
Novozymes was established in 2000 as a spin-out from Denmark’s Novo Nordisk A/S, with headquarters in Bagsværd, Denmark. Since its inception, the company has expanded its reach to more than 130 countries, supported by a global network of R&D centers, production sites and sales offices. Continuous investment in research and innovation has enabled Novozymes to maintain a leadership position in enzyme and microbe technologies, collaborating with partners across the pharmaceutical, chemical and agricultural sectors to address evolving market needs.
Underpinning Novozymes’ strategy is a commitment to sustainability and circular bioeconomy principles. The company’s solutions are designed to reduce waste, energy use and greenhouse gas emissions, helping customers meet environmental targets and regulatory requirements. Through partnerships with industry leaders and ongoing development of next-generation biotechnologies, Novozymes continues to push the boundaries of industrial biology and support the global transition to cleaner, more efficient processes.
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