
How EBD Supercharges Microbial Cleanup of PFAS & Heavy Metals
The Millions Problem: PFAS and Toxic Waste
Over 26 million Americans are exposed to unsafe PFAS levels in their water. Cities, towns, and facilities face millions in remediation costs with limited viable options. But what if the answer isn't synthetic chemicals or billion-dollar filtration systems, but microbes?
Extremophiles are nature's toughest cleanup crew. When conditions are right, they degrade heavy metals, immobilize PFAS, and restore balance to toxic environments.
EBD gives them those conditions.
What is EBD?
Environmental Balance Device (EBD) improves microbial performance by creating the ideal biological and energetic environment for bioremediation to succeed.
Rather than introducing chemicals, EBD enhances natural systems by suppressing oxidative stress, improving oxygen at the molecular level, and balancing ion flow so that contaminants can break down more efficiently.
What EBD Does Best
Suppresses ROS (Reactive Oxygen Species) and oxidative damage
Increases ion mobility and nutrient availability
Improves microbial resilience in toxic air, water, and soil
Supports stable, long-lasting biofilms and colonies
Where EBD Works
PFAS-contaminated groundwater and aquifers
Soils impacted by mining, industry, and military activity
Fire training and firefighting foam contamination sites
Municipal and industrial sludge with high organics or metals
Microbial Bioremediation Enhanced by EBD

Summary
EBD is a long-lasting, passive enhancement tool that helps microbial systems perform faster and more effectively under environmental stress. It supports the natural remediation process and extends microbial viability without chemical interference.
"Everything is everywhere, but the environment selects."
Lourens Baas-Becking, 1934
Ready to Pilot EBD?
We are actively seeking pilot partners in:
PFAS remediation zones
Nitrate-contaminated regions
Heavy metal exposure areas
Let’s equip your microbial systems for success.
Contact us to start a field pilot or email [[email protected]] for details.