Encapsulated Microbes for Bioremediation of Hazardous Material Spills

The current protocols for responding to HAZMAT spills have historically focused on containing and cleaning up the spill. While these methods have been effective in the short term, they do not provide a sustainable solution for treating or remediating the spill in the long term. Therefore, adopting sustainable bioremediation methods that align with the DOT safety, climate change, and sustainability goals is crucial. In Phase I, we validated the feasibility of containing and bioremediating HAZMATs by encapsulating bacillus microbes in an absorbent material. Our Phase I project yielded a superior and differentiated product compared to what is currently available. As a result, there is immense potential for commercializing the Phase I product, which will benefit environmental remediation companies catering to DOT and other federal, state, and local governments seeking eco-friendly bioremediation. During Phase II, we will demonstrate scalability, assess product safety, conduct field tests by mimicking HAZMAT spill scenarios in land and water, and collect field data. By carrying out these activities, we can provide a more detailed assessment of the product's viability and effectiveness. This will enable us to develop a comprehensive and sustainable solution that meets the DOT goals.