BioVeritas, LLC
BioVeritas is a pioneering bio-based ingredients company focused on creating sustainable solutions for the food, fuel, and chemical industries. Utilizing a proprietary upcycling process based on fermentation, the company transforms excess biomass into high-value products such as sustainable aviation fuel (SAF), bio-chemicals, and ingredients for human and animal health. With a mission to displace petrochemicals and reduce carbon footprints, BioVeritas aims to support global decarbonization efforts through scalable, natural, and cost-effective technologies.
Industries
Nr. of Employees
small (1-50)
BioVeritas, LLC
6150 Mumford Road, Bryan TX 77807, USA
Patents
Systems and processes for obtaining natural preservatives and nutritional supplements
US-12234496-B1
View Details
Systems and processes for obtaining natural preservatives and nutritional supplements
US-12234496-B1
View DetailsProducts
Bio-based organic acids (acetic, propionic, butyric, valeric, caproic, heptanoic)
High-purity short- and medium-chain fatty acids produced via fermentation and downstream recovery for use in food preservation, flavor/fragrance intermediates, nutraceuticals, and animal feed.
Bio-based mold inhibitor (clean-label preservative)
A bio-based mold inhibitor produced from upcycled biomass intended as a clean-label alternative to petrochemical-derived mold inhibitors for food preservation.
Postbiotic SCFA ingredients for human and animal health
Non-living short-chain fatty acid ingredients intended to support gut health as postbiotic metabolites with claimed stability advantages over live probiotics.
Intermediates for sustainable aviation fuel production
Volatile and medium-chain fatty acid intermediates and process pathways intended to be converted to jet-range hydrocarbons for sustainable aviation fuel production.
Bio-based organic acids (acetic, propionic, butyric, valeric, caproic, heptanoic)
High-purity short- and medium-chain fatty acids produced via fermentation and downstream recovery for use in food preservation, flavor/fragrance intermediates, nutraceuticals, and animal feed.
Bio-based mold inhibitor (clean-label preservative)
A bio-based mold inhibitor produced from upcycled biomass intended as a clean-label alternative to petrochemical-derived mold inhibitors for food preservation.
Postbiotic SCFA ingredients for human and animal health
Non-living short-chain fatty acid ingredients intended to support gut health as postbiotic metabolites with claimed stability advantages over live probiotics.
Intermediates for sustainable aviation fuel production
Volatile and medium-chain fatty acid intermediates and process pathways intended to be converted to jet-range hydrocarbons for sustainable aviation fuel production.
Services
Development and operation of lab, pilot and demonstration fermentation runs to convert biomass into organic acids and intermediates.
Provision of food-grade and industrial-grade samples produced at the MDU for customer testing and evaluation.
Engineering and project management support to transition from demonstration to commercial-scale production facilities.
Development and operation of lab, pilot and demonstration fermentation runs to convert biomass into organic acids and intermediates.
Provision of food-grade and industrial-grade samples produced at the MDU for customer testing and evaluation.
Engineering and project management support to transition from demonstration to commercial-scale production facilities.
Expertise Areas
- Fermentation-based bioprocessing
- Feedstock upcycling and mixed-feedstock processing
- Sustainable aviation fuel production pathways
- Bio-based organic acid (SCFA/VFA) production
Key Technologies
- Mixed-culture fermentation
- Upcycling of waste biomass
- Short- and medium-chain fatty acid (VFA/SCFA) production
- Acid-to-ketone-to-alkane conversion pathway (acid → ketone → alkane)
News & Updates
BioVeritas will present on industry-changing power of new VFA-SPK production process and technology.
A discussion on how SAF can reshape airline economics and support rural communities.
Introduction of new technology to convert biomass via fermentation into volatile fatty acids for SAF.
An industry viewpoint on the role of SAF in making business aviation more sustainable and cost-effective.
Exploring the potential of SAF to strengthen America's energy future and support farmers.
Details on the company's new technology platform for biomass conversion into SAF.
BioVeritas will present on industry-changing power of new VFA-SPK production process and technology.
A discussion on how SAF can reshape airline economics and support rural communities.
Introduction of new technology to convert biomass via fermentation into volatile fatty acids for SAF.
An industry viewpoint on the role of SAF in making business aviation more sustainable and cost-effective.
Exploring the potential of SAF to strengthen America's energy future and support farmers.
Details on the company's new technology platform for biomass conversion into SAF.