Harnessing biofilms to transform organic wastes into valuable products
Aquora-enabled projects can deliver carbon abatement of 100 to 300 g CO2/MJ
Our Mission
Use Aquora's technology as an enabler for profitable organic waste decarbonization, thereby turning "wastes" into valuable feedstocks.
ABOUT
Company Origin
Developed out of University of Michigan's Environmental Biotechnology Lab, Aquora's core membrane biofiltration technology is the product of a decade of research conducted by Aquora
co-founders.
Through detailed comparison with state-of-the-art technologies and bench-scale studies treating organic wastes like food waste, wastewater sludge, brewery wastewater, and dairy wastewater, Aquora's technology was developed to overcome hurdles facing existing solutions.
MARKETS
Dairy Manure
Want to capture more renewable natural gas (RNG) from dairy CAFOs?
Aquora's membrane biofiltration technology increases the amount of carbon in cow manure that is converted to RNG. The approach can be retrofit into existing facilities or used in greenfield builds.
Dairy Processing Wastewater
Paying upwards of $5/cubic meter to manage dairy processing wastewater?
Slash these costs with Aquora's technology that transforms dairy processing wastewater into valuable carboxylic acids using its two-step fermentation and acid extraction process. These carboxylic acids then serve to offset their fossil-fuel counterparts in lubricant, cosmetic, or sustainable aviation fuel applications.
Sludge & Food Waste
Want to increase digester capacity without expensive tank builds?
Aquora's membrane biofiltration technology provides a simple way to retain biomass and release carbon for methane production. This means that its addition to a conventional digester can double its capacity - perfect for facilities interested in
co-digestion for CHP or RNG applications.
OUR TEAM
CEO
Tim Fairley-Wax
Tim Fairley-Wax developed Aquora's technology at the University of Michigan working with co-founders Lut and Steve. Having worked up-close on emerging full-scale resource recovery projects, he understands that innovative thinking and action can upend current waste disposal practices and transition our economy away from its fossil-fuel dependence.
Scientific Advisor
Lut Raskin
Dr. Lut Raskin is a pioneer in the field of engineering microbiomes. As a member of the National Academy of Engineering and an elected fellow of the International Water Association, Water Environment Federation, and American Academy of Microbiology, she uses her expertise to harness the power of biology to recovery resources.
COO
Steve Skerlos
Dr. Steve Skerlos is a seasoned entrepreneur, having successfully commercialized multiple technologies spun out of University of Michigan. As a UM distinguished faculty fellow in sustainability, he has deep expertise on techno-economic and environmental assessments, which have guided the development of Aquora's technology. He has significant experience in membrane development, modelling, and manufacturing.
Engineering Advisor
John Lee
John Lee is an expert wastewater design engineer with decades of implementation experience. He has successfully led projects for large utilities and multinational clients. He is a world-renowned design leader in the pulp and paper industry and has a track record of successful design innovation.
CONTACT
Aquora is currently seeking dairies who have interest in being a pilot demonstration site for our technology. Please reach out to the email below and we can set up a time to discuss your interest.
All Inquiries
Please email: fairley-wax@aquorabiosystems.com