Inland Seas
Safeguarding the Great Lakes basin through advanced sediment stabilization, zero-energy stormwater separation, and biological water polishing.
Protecting North America's Freshwater Reservoirs
The Great Lakes act as massive hydrologic reservoirs where legacy industrial particulates settle over decades. Our Inland Seas initiative combines cutting-edge environmental engineering with natural biological filters to neutralize industrial-era compounds, trap microplastics at discharge points, and preserve the long-term health of the entire basin.
Sediment Stabilization & Geofabrics
We deploy specialized geofabrics on lake and river beds to lock in legacy industrial compounds at the molecular level, ensuring harmful pollutants remain permanently isolated and inert.
Vortex Stormwater Separation
Using centrifugal vortex physics to isolate microplastics and industrial oils at municipal discharge points. This passive technology requires zero external power to protect the basin.
Reactive Core Mats (RCMs)
Containing natural organoclay and apatite, these engineered mats create a passive chemical barrier that binds targeted ions while letting clean water cycle naturally.
Biological Infrastructure
Utilizing natural freshwater sponge nodes (Spongilla), plant-based nutrient management zones (phytoremediation), and targeted purification resins to polish water naturally.
Backed by 501(c)(3) standards, CCIF collaborates with regional partners to maintain the ecological integrity of the Great Lakes network.