
Work Here?
Novonesis uses biology-based science to create biosolutions that address global challenges. Its work centers on enzymes, functional proteins, and microorganisms to improve how we produce, consume, and live. The company develops and applies biological processes across more than 30 industries, delivering solutions that support sustainable nutrition, renewable fuels, and reductions in fossil resources, energy, water, and chemicals. Products are implemented through collaborations with partners and customers, turning biological insights into practical applications that power healthier, more sustainable systems. Compared with peers, Novonesis leverages a global team of about 10,000 people with broad industry expertise to provide integrated, end-to-end biology-based solutions rather than focusing on a single niche. The goal is to accelerate the adoption of biosolutions to transform business and everyday life while benefiting the planet.
Industries
Industrial & Manufacturing
Energy
Biotechnology
Company Size
5,001-10,000
Company Stage
Debt Financing
Total Funding
$1.9B
Headquarters
Kongens Lyngby, Denmark
Founded
2024
See people who can refer or advise you
Help us improve and share your feedback! Did you find this helpful?
Total Funding
$1.9B
Above
Industry Average
Funded Over
1 Rounds
Health Insurance
Dental Insurance
Vision Insurance
Life Insurance
Health Savings Account/Flexible Spending Account
Paid Vacation
Paid Holidays
Parental Leave
Tuition Reimbursement
Flexible Work Hours
Hybrid Work Options
AI-controlled bioreactors open doors to faster, more precise enzyme production. By Pharma Manufacturing - Facilities - September 19, 2026 - 6 min Researchers have developed bioreactors controlled by a machine learning (ML) framework that continuously monitor critical bioprocessing parameters in real time to boost enzyme production, improving batch consistency and ultimately accelerating the path to market. The artificial intelligence (AI)-powered bioreactor was developed through a collaboration between Iowa State University (ISU) and biosolutions company Novonesis - with project funding backed by BioMADE - to improve final product quality and hasten market entry. The goals behind the project were straightforward: to improve enzyme production by creating reactor sensors that continuously monitor processes that previously had to be measured manually, and to develop sharable open-source software for improved bioreactor monitoring. "This was a fabulous opportunity to bring together new measurement and analytical techniques that truly measure what you're trying to get out of the bioreactor," said David Nathan, program director at BioMADE. "Oftentimes we measure temperature, optical density, how many cells have grown in the bioreactor, how much oxygen has been used up by the microbes - but this doesn't really get to a measurement of the desired output; the thing we're trying to get the microbes to make." An additional benefit of the project was the relatively low cost of developing the bioreactors, which the researchers contend make the technology useful for biomanufacturing education. BioMADE, a nonprofit collaborating with public and private entities to advance sustainable and reliable bio-industrial manufacturing technologies, is funding a series of projects aimed at advancing bioprocessing. This project was designed to create a bioreactor that could be controlled and optimized through a reinforcement learning (RL) agent. ISU collaborated with experts at BioMADE and Novonesis to design a digital twin to "demonstrate R-based control and a bioreactor array system to obtain the real-time variables - like enzyme activity level and cell concentration - necessary to train the RL agent." The initial AI and machine learning build was done in silico on the computer "working on things we knew about bioreactors - with data provided from Novonesis of how typical reactors are run at Novonesis - in an attempt to start a preliminary training so that the AI model was giving us answers that made sense from what we knew of the real world," Nathan said. Data from the digital twin was compared with findings from actual reactors to validate that the machine learning tool could accurately replicate what was tracked in the real-world environment. Subsequent findings were then used to further improve on the build of the machine learning agent. "Once we were able to build that digital twin, the next step was to move on and start doing training in real-life reactors at a small scale to validate that the machine learning tool could replicate the data and the performance it was giving in the computer model in the real world," Nathan added. "Having both side by side as they build off each other, you get data in the real world helping you put better rules into the AI model and can continue to refine that rule set." A significant takeaway from the development and practice of this AI model was its ability to respond to bioreactor variability and recover from operational upsets. Nathan compared the ML-based tool's ability to deal with production variability - such as changes to temperature, pH value, and oxygen levels - against traditional distributed control systems (DCS) that are used in industrial processes to manage and automate complex operations. "This particular system really can start to outperform traditional proportional-integral-derivative (PID) controllers (part of a DCS) and is able to deal with more random variables that can happen and bring the entire system back online or back to an optimized performance, even with relatively unexpected situations," according to Nathan. The team observed how real-world data collected to inform the ML-framework significantly helped in its ability to respond to process upsets. "In a way, it's like taking the tribal knowledge from somebody who's monitored cultures for 20 years - if an upset happens, they know based on historical information how to respond," said Mike Hess, senior regional technology manager at Novonesis. "It's getting that actually into something that then could be codified and then used 100% of the time, not just when your most experienced and best operator is the one that's monitoring the culture." Following findings from the project, the researchers said they are currently partnering with a private sector company to develop a highly autonomous bioreactor with the goal of better enabling the scale up and production of more products. While the project's primary targets were to develop a solution that could monitor enzyme activity and gather data to reinforce the learning AI model, it also helped cultivate an educational initiative at ISU. Because the researchers needed a "small array of reactors" for the project, they used common parts to build their own small bioreactors for around $300 apiece, ultimately creating a cost-effective bioreactor design, according to Hess. "It was an unintended benefit of this project, but as the need arose to run lots of multiple reactions to train the machine learning tool, ISU was able to develop this really low-cost reactor kit using off-the-shelf available parts - it was bare bones, but effective," said Nathan. The collaborators on the project realized that these low-cost reactors could be used to train students in bioprocessing. The systems are now being developed as educational kits that ISU calls Bioreactor Educational Activity Kits, or BREAKs. "You don't really know how something works until you have something that you can take apart and break," said Nigel Reuel, an associate professor and the Stanley Chair in interdisciplinary engineering at ISU. "The idea is that the bioreactor that comes in a box... students can play around with it, build it, grow their own bacteria... at a cost point where it's not prohibitive." In the following episode of Off Script, Megaproject Corp. connected with Mike Hess, senior regional technology manager at Novonesis, and David Nathan, program director at BioMADE, to discuss the development of the new bioreactor and how real-time monitoring and AI-based control help manufacturers automate previously manual processes, improve batch consistency, and ultimately accelerate the path to market. Andy Lundin has more than 10 years of experience in business-to-business publishing producing digital content for audiences in the medical and automotive industries, among others. He currently works as Senior Editor for Pharma Manufacturing and is responsible for feature writing and production of the podcast. His prior publications include MEDQOR, a real-time healthcare business intelligence platform, and Bobit Business Media. Andy graduated from California State University-Fullerton in 2014 with a B.A. in journalism. He lives in Long Beach, California.
Novonesis to invest over ₹6,660 crore to expand enzyme production facility in Maharashtra. The biosolutions company plans to expand its Patalganga site into what it says will be one of the world's most advanced enzyme production facilities, serving markets across South Asia, West Asia and Africa. By Abhimanyu Sharma September 2, 2026, 8:29:01 PM IST (Published) Biosolutions company Novonesis is set to invest more than ₹6,660 crore (€600 million) to expand its site in Patalganga, Maharashtra, as part of a broader push to strengthen its global production network. The company said the expansion would turn the Patalganga site into what it described as "one of the world's most advanced enzyme production facilities". The facility is expected to become fully operational in 2030 and will cater to emerging markets across South Asia, West Asia and Africa. The expanded facility will produce enzymes used across a range of industries, including biofuels, household care, and food and beverages. Novonesis Chief Operating Officer Anders Lund said the Patalganga expansion is part of a series of investments aimed at strengthening the company's global manufacturing footprint. The company has also expanded existing facilities in Rayong, Thailand; Taicang, China; Araucária, Brazil; and Franklinton and West Allis in the United States. The investment comes as India seeks to expand its presence in the global biotechnology industry. In 2023, India accounted for an estimated 3-5% of the global biotechnology market and ranked 12th globally and third in the Asia-Pacific region. The global biosolutions sector, meanwhile, is projected to generate nearly $930 billion in economic value and create around five million jobs by 2035, according to industry estimates.
Denmark's Novonesis to invest ₹6,600 cr in Maha for enzyme plant expansion. Danish biosolutions producer Novonesis on Wednesday announced a Rs 6,600 crore investment in Maharashtra's Patalganga to expand an enzyme plant over the next four years. Expected to be fully operational by 2030, the expanded facility will produce enzymes for a broad range of industries, including biofuels, household care, and food and beverages, as per an official statement. The facility will help it meet increasing demand from emerging markets, including those in the Middle East, Africa, India and South Asia, its president and chief executive Ester Baiget said. "These markets represent an important and growing part of the company's business and are expected to grow faster than developed markets in the coming years," Baiget added. Its chief operating officer, Anders Lund, said the Patalganga facility will get it closer to customers and also help strengthen its scale, operational resilience, efficiency, and supply flexibility. In the past, it has invested in plant expansions in Thailand, the US and Brazil as part of its capital expenditure plans. Its regional president for the Middle East, India and Africa, Krishna Mohan Puvvada, said the Indian government's BioE3 policy has been a transformational move to unlock the true economic, social, and environmental potential of biosolutions. The company committed that the new facility will use less water and energy, explaining that freshwater recycling will reduce the amount of water the site draws, while integrated heat pumps will lower the energy required to operate it. The Patalganga plant was first commissioned in 2019 by Novozymes, which was merged with Chr. Hansen to create Novonesis in 2024. Located on the outskirts of the financial capital, Patalganga houses a slew of chemical and petrochemical units, including Reliance Industries' first plant, and facilities by Hindustan Organic Chemicals, Cipla and Asian Paints, among others. (Only the headline and picture of this report may have been reworked by the Business Standard staff; the rest of the content is auto-generated from a syndicated feed.)
Novonesis to build next generation enzyme production facility in India. Novonesis will invest €600 million to expand its site in Patalganga and build a state-of-the-art facility. This marks another step in the company's long-term growth strategy and continued investment in its global production footprint to meet increasing demand. COPENHAGEN, Denmark - September 2, 2026. Novonesis will expand its facility in Patalganga and build one of the world's most advanced enzyme production facilities. The €600 million investment will increase Novonesis' production capacity to meet rising worldwide demand for the company's biosolutions and strengthen the flexibility and resilience of its global supply network. The Patalganga expansion is a milestone in Novonesis' strategy and is key to achieving the company's growth ambitions. The facility, which is expected to be fully operational in 2030, will produce enzymes for a broad range of industries, including biofuels, household care, and food and beverages. Ester Baiget, President & CEO: "This is an important step in executing our strategy and reflects our continued commitment to investing for sustainable growth. The expansion strengthens our ability to support customers around the world and enables us to continue creating long-term value for our shareholders." This state-of-the-art facility will be integrated into the company's global production footprint and bring Novonesis closer to customers across the Middle East, India, and Africa. These markets represent an important and growing part of the company's business and are expected to grow faster than developed markets in the coming years. Anders Lund, Chief Operating Officer: "As demand for biosolutions continues to grow across industries and regions, expanding our global production capacity is a priority. The Patalganga expansion will strengthen our scale, operational resilience, efficiency, and supply flexibility. Just as importantly, it brings us closer to customers in key growth markets, enabling us to meet their expectations and deliver on our long-term growth targets." Strengthening global production capabilities Patalganga is part of a series of investments Novonesis has made to strengthen its global production setup and serve customers more effectively. Facilities in Rayong, Thailand; Franklinton, North Carolina; Taicang, China; Araucaria, Brazil; and West Allis, Wisconsin, have also been expanded as part of this effort. The investments align with the company's strategy and previously communicated capital expenditure plans. Setting a new standard for sustainable biosolutions production The Patalganga facility will be built to use less water and energy. Freshwater recycling will reduce the amount of water the site draws, while integrated heat pumps will lower the energy required to operate it. Together, these measures will put the facility on a path toward lower Scope 1 and 2 emissions. "Every facility we build should produce more with less. Patalganga brings together what we have learned across our production footprint and takes us another step toward zero-emission production," says Anders Lund. | Media Relations | / | | Jens Gamborg Head of External Communication Phone: + 45 30 77 71 82 [email protected] | / | About Novonesis Novonesis is leading the era of biosolutions. By leveraging the power of microbiology with science, we transform the way the world produces, consumes and lives. In more than 30 industries around the world, our biosolutions are already creating value for thousands of customers and benefiting the planet. Our 11,000 people worldwide work closely with our partners and customers to transform business with biology.
Novonesis expands U.S. Workforce development efforts to build the next generation of biomanufacturing talent. New Nebraska biotechnology program and scholarship build on education and workforce partnerships across Novonesis' U.S. communities. Blair, Nebraska, Aug. 26, 2026 (GLOBE NEWSWIRE) - As the U.S. biotechnology sector grows, developing the skilled workforce needed to turn scientific innovation into products at commercial scale is becoming increasingly important. Novonesis, a global leader in biosolutions, is expanding its U.S. workforce development efforts through partnerships that connect students with biotechnology education, hands-on learning and pathways to careers in biomanufacturing. The latest example is in Nebraska, where Novonesis is partnering with Metropolitan Community College (MCC) in Omaha to help shape the college's new biotechnology technician training program and is announcing the Novonesis Biomanufacturing Pathways Scholarship to help remove financial barriers for students pursuing careers in the industry. The partnership comes as Nebraska bioscience employment grew 6.3% from 2019 to 2023, compared with 2.9% growth across the state's overall private sector. "Building the future of biotechnology requires investing in people as well as science and technology," said Tue Micheelsen, President of Novonesis North America. "Across the country, we're working with educators and communities to help more people see what modern biomanufacturing looks like, develop the skills our industry needs and discover meaningful careers they may never have considered. These partnerships strengthen our workforce while helping the U.S. continue to lead in biotechnology." Connecting education with real-world careers Biomanufacturing uses biological processes to make products at commercial scale, requiring skilled employees to operate equipment, monitor production processes and help ensure products are made safely and consistently. Production roles are critical to Novonesis' ability to manufacture biosolutions used across industries ranging from agriculture and renewable energy to food, health and household care. Novonesis has a significant manufacturing footprint across the U.S., including North America's largest multipurpose enzyme manufacturing site in Franklinton, North Carolina; the nation's largest enzyme production site dedicated to biofuels in Blair, Nebraska; North America's largest liquid inoculants manufacturing site in Milwaukee; and its largest food cultures manufacturing site in West Allis, Wisconsin. Recruiting skilled people for production roles across this network is critical to supporting Novonesis' continued growth. Recognizing that workforce challenges can't be solved through hiring alone, Novonesis partners with educational institutions, workforce development organizations and community groups to build long-term talent pipelines in the regions where it operates. In Nebraska, that approach is taking shape through Novonesis' partnership with MCC. Company employees joined MCC's Business & Industry Leadership Team (BILT) to help shape a biotechnology program that reflects the skills employers need. The program includes a 15-week Biotechnology Fundamentals Microcredential providing a rapid-entry workforce option and a Biotechnology Career Certificate creating a pathway to continued education and careers in the field. Beginning this fall, students will complement classroom learning with production job shadowing and facility tours at Novonesis' Blair manufacturing site and Employer Spotlight sessions on campus. Students completing the micro credential will also have an opportunity to be screened by a Novonesis recruiter. The new Novonesis Biomanufacturing Pathways Scholarship adds another piece to that pathway, with an endowed fund to provide ongoing support for future students. The scholarship will help make biotechnology education more accessible while connecting financial support with industry-informed curriculum and real-world learning experiences. "The strongest workforce programs are built with employers at the table from the beginning," said Neil Riley, Associate Dean of Math and Natural Sciences at MCC. "Novonesis has been an invaluable partner, helping shape this program based on the skills biotechnology companies need today and tomorrow. Students graduate with technical knowledge, real-world experience, professional connections, and opportunities for financial assistance that can help them launch successful careers." Building the talent pipeline across the U.S. The Nebraska partnership is part of a broader Novonesis approach to building biotechnology talent by engaging students at multiple points in their education and career journeys. Engagement with K-12 students through field trips and in-class visits helps introduce younger generations to STEM and modern manufacturing before they begin making decisions about college, training and careers. Each October, Novonesis participates in Manufacturing Day, an initiative of The Manufacturing Institute, welcoming high school students to tour research laboratories and production facilities, interact with engineers and operators, and explore how biology is helping solve challenges related to food, fuel, health, and sustainability. Following Novonesis' 2025 Manufacturing Day flagship event in Franklinton, 93% of participating students said the experience introduced them to career pathways they had not previously considered. Community college partnerships are also a vital component of the company's talent acquisition approach. In North Carolina, Novonesis helped establish the BioWork program more than two decades ago alongside the North Carolina Biotechnology Center and community colleges, creating a certificate pathway into process technician careers. At the university and research level, Novonesis also collaborates with academic institutions to advance biotechnology innovation and capabilities. The company works with North Carolina State University and engages students through classroom outreach, site visits, scholarships, internships and other initiatives. In Davis, California, a U.S. National Science Foundation-funded collaboration brings together experts from Novonesis, Stanford University and the University of California, Davis to advance AI-enabled protein design and cell-free biomanufacturing. The collaboration demonstrates another role industry-academic partnerships can play in developing scientific capabilities and advancing U.S. biotechnology leadership. Together, these efforts, combined with internships and other programs across the company's 14 North American sites, reflect a workforce strategy that begins well before a job application with a goal of building awareness among younger students, creating accessible pathways into technical careers and connecting higher education and research with real-world biotechnology challenges. As Novonesis continues to grow its U.S. operations and capabilities, developing a skilled biotechnology workforce will be critical not only to the company's growth, but to the country's ability to scale biomanufacturing and maintain its leadership in biotechnology. About Novonesis Novonesis is a global biosolutions company leading the era of biosolutions. By leveraging the power of microbiology with science, Novonesis transforms the way the world produces, consumes, and lives. Across more than 30 industries, Novonesis biosolutions are already creating value for thousands of customers while benefiting the planet. With more than 11,000 employees worldwide, Novonesis partners with businesses and communities to better its world with biology. Attachments Kathy Humphrey Novonesis +19193397110 [email protected] Legal Disclaimer: EIN Presswire provides this news content "as is" without warranty of any kind. News Break Middle East do not accept any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information contained in this article. If you have any complaints or copyright issues related to this article, kindly contact the author above.
Find jobs on Simplify and start your career today
Industries
Industrial & Manufacturing
Energy
Biotechnology
Company Size
5,001-10,000
Company Stage
Debt Financing
Total Funding
$1.9B
Headquarters
Kongens Lyngby, Denmark
Founded
2024
Find jobs on Simplify and start your career today