Allonnia exists to make biology a working part of how the world produces critical minerals: copper, nickel, rare earths, the materials electrification and advanced industry are built on, and whose supply has never looked more fragile, or more concentrated in fewer hands.
Nature spent billions of years evolving biology that targets specific minerals with a precision industrial chemistry has never matched. The discovery was never the hard part. Making it perform at volume, in the challenging conditions of a real flowsheet, on hardware operators already run: that’s the work, and it’s what we’ve spent four years industrializing.
Our approach pulls more metal from the ore and waste that the world has already processed, instead of demanding new mines and heavier chemistry. That means the environmental cost drops sharply: less energy, less carbon, impurities removed. An outcome everyone can embrace.
Nature solved selective mineral separation billions of years ago. Allonnia is the first to make it work at industrial scale.
Living systems spent millennia
evolving a way to pick out a single element from thousands and act on it with total precision. That selectivity, the hard problem in mineral processing, was solved long before we arrived. Allonnia started from a simple premise: instead of reinventing what biology had already developed, build an industrial-scale process that puts it to work.
We spent four years proving the biology could be controlled, reproduced, and trusted, validated against more than 50 actual ore concentrates. The result is a platform that performs beyond the lab into the field.
The real test of any mining technology is whether it survives within a working flowsheet. Ours does. Allonnia biology has run at commercial scale inside a real, North American mining operation, bolted onto existing equipment and recovering more metal from ore already being moved.
Proof that biological mineral dissolution, which runs over years in nature, can be driven to industrial timescales measured in hours.
Selectivity proven beyond nickel across copper, molybdenum, and lithium, with early activity confirmed on rare earths, and the biosolution recovered and reused economically.
D-Solve ran inside a working nickel mine, processing about two tons of ore per day on the live flowsheet.
Commercial deployment expanding D-Solve across nickel, copper, and molybdenum operations.
No operator bets a working mine on an unproven process. Neither would we. Adoption moves through four stages, each with a clear go/no-go gate, so the technology has to prove itself on your ore, against criteria your team sets, before anyone commits to what comes next. You put resources behind the proof in hand, never ahead of it.
Every deposit is different: mineralogy, process design, water chemistry. We start by working with your team to define the scope and the success criteria, then run your actual ore through our screening and test work to set a performance baseline. We then use proprietary models to optimize performance parameters and support a successful transition to pilot-scale validation. You leave this stage knowing whether the biology moves the numbers on your material, not someone else’s.
Pilot puts the system to work at meaningful throughput, integrated with your flowsheet on familiar equipment. This is where the data behind a full investment decision gets generated: recovery, grade, operating cost, and reliability, measured on your site under real conditions.
At commercial scale the system runs as part of your operation. Allonnia and our engineering partners design and build the package; your team owns and operates it, with Allonnia supplying the biosolution and the technical support behind it. Proven process, your control, no balance-sheet surprise.
Every deposit is different: mineralogy, process design, water chemistry. We start by working with your team to define the scope and the success criteria, then run your actual ore through our screening and test work to set a performance baseline. You leave this stage knowing whether the biology moves the numbers on your material, not someone else’s.
Pilot puts the system to work at meaningful throughput, integrated with your flowsheet on familiar equipment. This is where the data behind a full investment decision gets generated: recovery, grade, operating cost, and reliability, measured on your site under real conditions.
At commercial scale the system runs as part of your operation. Allonnia and our engineering partners design and build the package; your team owns and operates it, with Allonnia supplying the biosolution and the technical support behind it. Proven process, your control, no balance-sheet surprise.
Scientists who built the platform. Operators who know what a mine needs. The mix it takes to make biology industrial.
With over 28 years of industry leadership within water treatment, mining and industry chemicals and pharmaceuticals, Nicole brings the perfect skill set to help Allonnia tackle critical industry issues and create the next generation of bioremediation solutions. Before Allonnia, Nicole served as the Strategy, Growth and M&A leader for DuPont Water Solutions; and as a Global Director at Solvay.
Kent is an internationally recognized expert with over 25 years of experience, developing and applying innovative remediation technologies for water, soil, and sediments in North America, Europe, Asia, and Australia. He has worked at nearly 200 sites worldwide, and has co-authored over 40 scientific publications and given over 180 presentations at prestigious national and international conferences and symposia.
Chuck brings over 30 years of executive experience leading industrial businesses including mining, metal treatment, lubricants, oil and gas, water treatment and many others. He has a track record of bringing innovative technology to market and working with customers to solve their unmet needs. Prior to joining Allonnia, Chuck was a global executive vice president at Solvay, and worked previously at Cytec Industries and Rhodia.
With over 28 years of industry leadership within water treatment, mining and industry chemicals and pharmaceuticals, Nicole brings the perfect skill set to help Allonnia tackle critical industry issues and create the next generation of bioremediation solutions. Before Allonnia, Nicole served as the Strategy, Growth and M&A leader for DuPont Water Solutions; and as a Global Director at Solvay.
Kent is an internationally recognized expert with over 25 years of experience, developing and applying innovative remediation technologies for water, soil, and sediments in North America, Europe, Asia, and Australia. He has worked at nearly 200 sites worldwide, and has co-authored over 40 scientific publications and given over 180 presentations at prestigious national and international conferences and symposia.
Chuck brings over 30 years of executive experience leading industrial businesses including mining, metal treatment, lubricants, oil and gas, water treatment and many others. He has a track record of bringing innovative technology to market and working with customers to solve their unmet needs. Prior to joining Allonnia, Chuck was a global executive vice president at Solvay, and worked previously at Cytec Industries and Rhodia.
Pamela leads Human Resources, with more than 25 years experience as a human resources professional in both domestic and international companies, spanning a broad range of industries and services. Most recently Pamela was leading HR and building world-class teams at Dupont and then Anomatic. Pamela brings supplemental experience with roles in operations, marketing and corporate communications.
Siri serves as Chief of Staff for Allonnia, supporting the CEO in strategic planning, operations, project management, people, and communications. Siri is a strategy, insight, and marketing professional with over 20 years of experience in Fortune 100 companies such as Dow and DuPont. She loves to collaborate, enable strategic thinking, and catalyze execution.
Hugh has a diverse background in financial and operational leadership across multiple industries. After starting in public accounting and large financial institutions, Hugh has focused his career for the last 20 years developing venture and PE backed growth businesses. He brings financial leadership, strategic planning, risk management, and governance skills to the Allonnia team.
The people behind the science, the systems, and the sites.
The hard problems are the interesting ones, and we have no shortage of them. We're looking for people who want to put biology to work where it's never worked before, and who'd rather build the thing than talk about it. If that's you, we should meet.
Steve has more than 5 years of experience managing labs for Biotech companies and is an advocate for safety and sustainability. He is passionate about ensuring the team has the space and equipment necessary to develop solutions for helping our environment. He holds a BS from the University of Massachusetts Boston and certifications in Construction Management, Facility Planning, and Design of Research Labs & MEP systems.
Michaeline is an environmental microbiologist. She is passionate about using microbes as solutions to global challenges. She holds a B.S. in Geological Sciences from Brown University and a PhD in Biological Sciences from the University of California, Irvine.
Donalissa is a research associate who is passionate about the impacts of PFAS on the environment and people. She has a research background that includes synthesizing biomaterials and using various forms of analytical techniques for chemical analysis. She recently graduated with a B.S in Chemistry at Emmanuel College.
Areen is a Synthetic Biologist with over 10 years of experience leveraging metabolic engineering & synthetic biology to develop sustainable solutions for the agricultural, pharmaceutical & bioenergy space. He has helped develop the first scalable dsRNA-based pesticide against Colorado Potato Beetle and was involved in developing mRNA vaccines against COVID-19 and the seasonal flu. He holds an MSc in biotechnology & a PhD in Microbiology.
Jonathan is experienced in wastewater treatment and emergency spill clean-up. He looks forward to expanding his knowledge and utilizing his passion for excellence to ensure quality service for our customers.
Troy has over 28 years of experience in the mining industry working in metal extraction products, metallurgical services and metallurgical research. Throughout his career he has developed and commercialized new product innovations to solve customer needs. Troy has a BS in Chemical Engineering from the University of Akron.
Hila is a chemist with expertise in the synthesis and electrochemical application of materials for metal extraction. A New York native, she holds a B.S. in Chemistry from CUNY Hunter College and a Ph.D. in Inorganic Chemistry from UC Santa Barbara. Driven by a passion for environmental impact, Hila is eager to apply her scientific background to advance innovations in environmental remediation and sustainability.
Elena is a dedicated reporting analyst and administrator with a passion for optimizing operations and enhancing team collaboration. Known for her analytical mindset and proactive approach, Elena has led data initiatives across departments to streamline reporting and improve logistics processes. With a BBA in Operations and Information Management from the University of Massachusetts Amherst, Elena brings both technical expertise and a people-centered approach to her work.
Aly is experienced in laboratory operations, with a strong background in maintaining research environments that are organized, efficient, and compliant. With prior hands-on experience as a research associate, she understands what research teams need to thrive. Aly has led lab expansions, overseen equipment maintenance and safety protocols, and coordinated with vendors to ensure seamless day-to-day operations. She holds a Biotechnology certification from Gloucester Biotechnology Academy, along with RCRA, DOT, and IATA certifications to support comprehensive laboratory operations.
Casey has over 14 years experience in environmental leadership, remediation, emergency spill response and waste management in both business and the U.S Coast Guard. He has a proven record of exceeding client expectations by focusing on innovative solutions and rapid scaling. Casey has formal education from Oregon State University's B.S. in Environmental Economics & Policy and US Coast Guard Marine Science Technician School.
Evan is a skilled chemical engineer specializing in industrial water treatment. With a strong educational background and practical expertise, he has contributed to optimizing water treatment processes, ensuring environmental compliance, and improving operational efficiency. Passionate about sustainable practices, Evan is committed to developing innovative solutions that minimize the environmental impact of industrial activities. Evan holds a B.S. in Chemical Engineering from Worcester Polytechnic Institute.
Bianca is a microbial ecologist who specializes in microbial interactions and the mechanisms by which they impact biogeochemical processes. She is passionate about probing into the diversity of microbial populations and harnessing their potential for novel applications in biotechnology. She holds a B.S. in Biology and a Ph.D. in Environmental Life Sciences from Arizona State University.
Aaron has worked with SAFF units for more than a year and is one of the longest running SAFF operators in the world. He has operated four individual units so far and is excited to continue supporting customers with SAFF at their sites.
Zach is a dynamic professional specializing in government projects that focus on environmental remediation and low carbon technologies. He manages active government-funded projects while navigating new collaborative opportunities through various departments of the US Government. Zach holds a B.S. in Bioenvironmental Sciences from Texas A&M University.
Alexandrine finds trash fascinating! Specifically, how materials cycle and how humans derive value from them. She has always been interested in what life does at a microscopic scale and is excited to learn more about what microbes' tiny systems can teach us. She recently graduated with a B.S. in Chemical and Biological Engineering.
Rachel is a Navy veteran with a decade of experience as an electronics technician. Her time in the military has instilled a strong commitment to innovation and integrity in her work. She brings a hands-on, problem-solving approach to every project, ensuring quality and reliability on-site.
Jason has more than 15 years of environmental consulting and research experience ranging from bioremediation of chlorinated solvents, treatment of petroleum contamination, and PFAS investigation and remediation. He is passionate about using the latest technologies to address environmental issues. Jason holds a B.S. in Biological and Environmental Engineering from Cornell University and an M.S. and Ph.D. in Civil and Environmental Engineering from Tufts University.
Amelia is a research associate who loves environmental stewardship and the molecular world! She is a recent graduate from Northeastern University, where she received both a B.S. in Biochemistry and a M.S. in Biotechnology. Amelia is passionate about innovative remediation strategies, environmental justice, and effective scientific communication. Her previous experiences focused on protein purification in preclinical research, as well as integrating biology, chemistry, environmental science, and engineering to develop devices that detect harmful algal blooms and microplastics.
Passionate about helping people realize their potential, Carter is an HR Generalist and Recruiter specializing in employee relations, organizational behavior, and in identifying and welcoming the future employees of Allonnia. She is eager about growth, people, and maintaining a strong company culture of being purposeful, entrepreneurial, and transparent. Carter holds a B.S. in Psychology and Human Resources from Northeastern University in Boston.
Catherine is a research associate passionate about solving environmental challenges such as remediating contaminated environmental sites. She has previously worked on ensuring clean water for small communities in California. Catherine holds a B.S. in Environmental Engineering from Northeastern University. Beyond work, you'll find her skiing, surfing, hiking, or doing any other activity to enjoy the outdoors.
Hillary has over ten years of experience in accounting and finance across multiple industries. She brings a strong foundation in financial reporting, operational leadership, and process improvement, with a focus on building scalable processes that support growth and performance. She is passionate about leveraging technology to streamline operations and collaborating with leadership to deliver insights that support effective decision-making.
Maria is an Environmental Engineer with over eight years of consulting experience, specializing in site assessment and remediation of contaminants including PFAS, chlorinated solvents, and petroleum hydrocarbons. She is dedicated to advancing both environmental and social sustainability, recognizing the critical role of knowledge sharing and investing in people in achieving lasting impact. She holds a B.S. in Environmental Engineering from Federal University of Itajuba (Brazil) and an M.S. in Environmental Engineering from Clemson University.
Kevin has more than 20 years of sales experience in the environmental remediation and hazardous material management industries. He values customer relationships, and has a proven track record of providing unique solutions that meet and exceed client goals. Kevin holds a B.S. in Chemistry from Ball State University and a Masters in Agronomy from Purdue University.
Andrew is a Boston native who graduated from Washington University in St. Louis with a B.S. in chemistry. He has held a life-long commitment to the planet which shows through his interest in sustainable science, a passion which has only deepened with his summer experiences working in the electric power industry. He is proud to be at a company which allows him to pursue this interest further.
Katie leads the marketing and communications strategy. She has nearly 10 years of experience building integrated communications, digital marketing, content, and brand programs in Fortune 500 companies, most recently at DuPont. She is passionate about collaboration, creatively bringing brands to life and sparking curiosity through content.
Tyson has worked on various projects involving a wide range of organisms including Drosophila, E. coli, and a few Human cell types. He is a recent graduate with a bachelor's in Biological Engineering from Wentworth Institute of Technology (WIT) and loves to hear passionate people discuss the things that interest them.
Somayyeh is a chemical engineer who enjoys solving problems in mining, water treatment, and sustainability. With more than 15 years of experience across lab, pilot, and industrial environments, she has led the evaluation, design, and scale-up of chemical processes. She holds a PhD in Chemical Engineering and is excited to apply engineering innovation to technologies that enable durable, long-term environmental and industrial impact.
Anika is a chemist with a strong background in organic chemistry and a passion for sustainability and materials innovation. She holds a B.S. in Chemistry with a minor in Fine Arts from Northeastern University, where she conducted research in organic and polymer chemistry focused on developing environmentally conscious materials. With experience across academic and industry settings in chemistry and biochemistry, Anika is committed to advancing sustainable solutions through interdisciplinary, impact-driven work.
Lindsay is a chemical engineer that is passionate about working on sustainable technologies. She received her B.S. in Chemical Engineering from Northeastern University. She started working in process development in the biotech field then moved on to working in food tech and most recently energy storage.
Zach is an environmental engineer with a passion for protecting public health and environmental stewardship formed during several years working as a consultant in the environmental remediation industry. He holds B.S. and M.S. in Environmental Engineering from Northeastern University, where he first became interested in the potential for transformative biology to solve problems related to waste and the built environment.
Fabio brings over 15 years of experience in mineral processing. Throughout his career, he has successfully managed a mining chemicals business in North America and led the launch of innovative flotation chemicals. A strong advocate for sustainability and biotechnologies, Fabio is deeply committed to helping customers achieve tangible results. He holds a B.S. in Chemistry from the University of Campinas, Brazil.
Karrie is a geochemist and environmental engineer who specializes in remediation of metals contamination of groundwater, soils, and sediments from mining and ore processing operations. She is eager to leverage her 20 years of expertise in contamination to harness the value of mining wastes. She holds a B.A. in Chemistry from Mount Holyoke College and a Ph.D. in Environmental Engineering from Columbia University.
Rob has spent his 22+ year career in the water industry with roles ranging from sales to plant management to regional P&L ownership. He has a track record of partnering with his customers on environmentally focused projects geared to maximize client value. Rob is certified GE Black Belt and holds a bachelor's in Chemical Engineering from West Virginia University and an MBA with a concentration in Finance and Management Policy from Case Western Reserve University.
For the past four years, Levi has been creating value with waste and recycling systems. He looks forward to using his expertise to help Allonnia solve issues that will affect future generation.
Dayal is a global R&D leader with over 15 years of industry experience leveraging metabolic engineering and biotechnology to commercialize novel solutions in the areas of industrial proteins and enzymes; flavors, fragrances and other food ingredients; insect control agents; live biotherapeutics; and biofuels. He holds a Master’s degree in Chemistry and a Ph.D. in Biochemistry.
Taya is a silicate chemist by training. Taya loves mineral chemistry and works with minerals ‘from atoms to million tons’. With over a decade of research and development experience in Industry and Academia, Taya’s research focuses on advancing material science applications, sustainable mineral usage, and collaborating with cross-functional teams to engineer and scale up high-performing products that align with the industry’s evolving needs. Taya is passionate about delivering impactful results and improving sustainability by applying research and technical acumen to solve complex challenges.
Dan is an organic chemist who has spent 12 years developing sustainable innovations in the extraction of natural resources. He has managed a portfolio of new product development in collaboration with several prominent international mining corporations. Dan holds a BS in Chemistry from the University of Massachusetts, Amherst and a PhD in Organic Chemistry from the University of New Hampshire.
Nataliia is a versatile chemist who is deeply passionate about water treatment, holding BSc and MSc degrees in environmental chemistry. She earned her Ph.D. specializing in Solar Fuels, showcasing her commitment to innovative solutions. As a postdoctoral researcher at Dartmouth College, she delved into materials chemistry, specifically focusing on creating novel smart materials and devices for portable sensing applications.
Hilary received a BS in chemistry, with American Chemical Association accreditation and focus in analytical chemistry, from the University of San Francisco. She continued her education with a masters in chemistry at the Weizmann Institute of Science in Rehovot Israel developing a variety of mass spectrometry-based metabolomic assays and analyses. Hilary also worked as an analytical chemist in industry-based positions performing both environmental analyses as well as a variety of active pharmaceutical ingredient analyses.
Deepika is a Data Scientist with a background in computational biology. She is passionate about using computer science and statistical modeling to unlock the power of genomic data to solve challenges in areas varying from drug discovery to environmental restoration. Deepika holds a B.S. from the University of Pittsburgh and an M.S. from Carnegie Mellon University.
Coy is a chemical engineer with a passion for developing groundbreaking technologies that improve our world. He enjoys applying his expertise and creative problem-solving skills to a variety of challenges and is eager to help foster a world where nothing is wasted. Coy holds a B.S. in Chemical Engineering from Montana State University and a PhD in Chemical Engineering from the Colorado School of Mines.
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