DisperseBio
DisperseBio is redefining the fight against biofouling with a sustainable, cost-effective solution rooted in nature.
At the core of DisperseBio’s innovation is a groundbreaking synthetic peptide that prevents biofilm formation by activating microbes’ own self-degrading enzymes. Rather than killing the microorganisms—a method that can lead to resistance and environmental harm—this approach breaks down the protective matrix that allows biofilms to thrive, effectively disrupting their ability to adhere to surfaces. The result: a smart, non-toxic, and eco-friendly alternative to conventional antifouling technologies.
DisperseBio’s bio-inspired coatings offer a powerful combination of performance, environmental responsibility, and economic efficiency. While the technology has broad uses, current applications are focused on high-impact areas such as SWRO desalination, maritime industries (including shipping, aquaculture, and offshore oil & gas infrastructure), industrial water-cooling systems, and agriculture.
With nature as its guide and innovation at its core, DisperseBio is delivering the next generation of antifouling solutions for a cleaner, more efficient maritime economy.
Inspired by nature’s own solutions to marine challenges, Dr. Amir Zlotkin discovered a biological mechanism—observed in jellyfish and sea anemones—that naturally prevents the formation of biofilm and biofouling. This breakthrough offers a powerful, sustainable alternative to traditional anti-fouling methods that often rely on harmful chemicals. After 15 years of research and securing five patent families, Dr. Zlotkin founded DisperseBio in 2021 to bring this eco-friendly innovation to market. He is now the company’s CTO.
Since mid-2025, DisperseBio has been led by Bruno Grandsard, a global business leader based in New York. With deep experience in operations, finance, entrepreneurship and climate tech, Bruno is driving the company’s mission to deliver scalable, sustainable solutions that protect our oceans and support a cleaner future.
