Nano-Scale Surface Science for Defense & Industry
We engineer molecular coatings that prevent biofouling, reduce energy waste, and replace toxic chemicals, backed by $4M+ in federal research funding.
Reinforce & Restore Biological Needs with Sustainable Biointerfaces
Founded in 2015 as a University of Pittsburgh spinout, BioInterphase develops nano-scale surface coatings and smart monitoring systems that protect critical infrastructure, from Navy submarine heat exchangers to public transit systems.
Our technology eliminates toxic biocides, replaces dangerous PFAS chemicals, and enables predictive maintenance through AI-driven risk assessment, all backed by nine federal research awards totaling over $4 million.
Noah Snyder
CEO & Founder · Forbes 30 Under 30
2015
Founded
$4.11M
Federal Funding
9
SBIR Awards
5
Technology Areas
Five Platforms, One Mission
From molecular coatings to AI-driven prediction, our technology portfolio addresses critical challenges across defense, industry, and sustainability.
THERMOPHASE
Antifouling Coatings
Nano-scale, biocide-free antifouling coating applied as a single molecular layer. Prevents marine biofouling on Navy submarine heat exchangers, industrial chillers, and HVAC systems. Proven effective on the TS Kennedy training vessel.
INTELLIPHASE
Sensor Fusion Software
Real-time sensor fusion platform for monitoring antifouling performance on Navy sonar domes. Combines acoustic, thermal, and environmental data to predict maintenance needs before performance degrades.
AI Risk Assessment
Contamination Prediction
Machine learning model for predicting biological and viral contamination risk in public transit vehicles. Enables predictive sanitization scheduling to protect passenger health.
Omni-Materials
PFAS-Free Textiles
Next-generation biomaterial textiles replacing toxic perfluorinated compounds (PFAS) in military uniforms and gear. Sustainable, high-performance alternatives that meet DoD specifications.
Zerotinous
Biodegradable Materials
Plant-based, biodegradable materials for fireworks casings developed in collaboration with Zambelli Fireworks. Replacing plastic and heavy-metal components with sustainable alternatives.
Backed by Federal Research
Trusted by the Department of Defense, Department of Transportation, and the National Science Foundation.
$4.11M
Total Funding
9
SBIR Awards
5
Federal Agencies
Antifouling coatings for heat exchangers
2017
Submarine hull biofouling prevention
2018
Nano-scale surface engineering
2019
THERMOPHASE scale-up & field testing
2020
PFAS-free textile coatings
2020
Transit contamination risk assessment
2021
Sonar dome sensor fusion
2022
Biomaterial military textiles
2022
INTELLIPHASE sonar monitoring system
2023
Where Science Meets Field
Our technologies deploy across defense, industrial, and environmental applications, wherever surfaces interact with biology.
Defense
- Submarine heat exchanger antifouling
- Sonar dome performance monitoring
- PFAS-free military uniforms & gear
- Naval vessel hull protection
Industrial
- Industrial chiller systems
- HVAC & cooling towers
- Power plant condensers
- District cooling networks
Sustainability
- Biodegradable fireworks casings
- Toxic chemical replacement (PFAS)
- Biocide-free marine protection
- Transit vehicle sanitization
Trusted Collaborators
We work alongside leading research institutions, accelerators, and industry partners to bring lab science to the field.
University of Pittsburgh
Academic
Innovation Works
Accelerator
Zambelli Fireworks
Industry
MA Maritime Academy
Research
Noah Snyder
Forbes 30 Under 30
Let's Talk Surface Science
Ready to explore how nano-scale coatings can solve your toughest surface challenges?
Location
35 Wilson St, Suite 100, Pittsburgh, PA 15223
Connect
LinkedIn(opens in new tab)BioInterphase is a University of Pittsburgh spinout specializing in nano-scale surface coatings for defense and industrial applications. We work with government agencies, research institutions, and private industry to bring sustainable biointerface solutions from the lab to the field.