Lightweight stormwater media that rapidly forms living soil
Omni Infinity Media helps green roofs, bioswales, planters, and constrained landscapes deliver high porosity, rapid infiltration, and long-term hydraulic & biological performance.
Proven performance in the field
135 in/hr, average in situ water permeability over 10 years
86.4% porosity, average in situ total pore space over 10 years
99.9% TSS reduction, effective solids capture for stormwater quality
1,500+ microbial species, intentional biology that activates soil formation
20+ years in field use, long-term track record coast to coast
Growing landscapes in the most extreme conditions
Used nationwide for green stormwater infrastructure
Omni Infinity Media has been used and or approved for stormwater applications by jurisdictions across the United States, including Boston, Chicago, Denver, Miami-Dade, New York City, Philadelphia, and Washington, D.C.
One living soil. Two complementary components.
GEO provides the geologic framework. BIO introduces the microbial communities that bring it to life. Within weeks of installation, biological activity begins and a living surface layer starts to form. Over time, roots and fungal networks create a stable biomantle while the GEO below retains pore space and permeability. More than 1,000 plant taxa have successfully grown in Omni Infinity Media over two decades of field applications.
Sustainably made and built for practical performance
Omni Infinity Media is 100% peat free and 100% American made. It has a consistent and sterile manufacturing process, making non-detects for contaminants. This means that Omni Infinity Media has reliable, uniform clean test results nationwide.
Ready to work with Omni Infinity Media?
Talk with our team about your project, get product support, and access the technical resources you need to move forward.
Our vision: democratize nature
Omni Ecosystems helps landscapes perform better in the places that need them most: rooftops, streetscapes, stormwater systems, brownfields, and other constrained environments. Our work combines soil science, horticulture, and ecology to help life thrive where conventional soils fall short.