Potential Uses for Omni Infinity Media

Omni Infinity Media may provide an effective solution for pollution abatement, pollution control, and land restoration and improvements in compost, biosolids compost, and nursery production.

Evidence indicates that Omni Infinity Media (OIM) could offer highly effective and cost-efficient solutions for applications beyond the green infrastructure in which it is currently used.

While has not been specified at a project scale, independent lab test results, in-house bench-scale and pilot-scale testing, and peer-reviewed scientific literature of OIM and its components BIO & GEO indicate that Omni Infinity Media may be effective solution for:

  • pollution abatement & bioremediation, such as degrading hydrocarbons & polymeric hydrocarbons, pesticides, perfluorooctane sulfonate (PFOS), perfluorooctanoic acid (PFOA), and perfluoroalkyl and polyfluoroalkyl substances (PFAS)

  • pollution control & biofiltration, such as fixing nitrogen, suppressing pathogens, and reducing total suspended solids (TSS)

  • land restoration & biocolonization, such as biocrust formation, revegetation/renaturalization, and promoting plant growth

  • nursery production, such as accelerating plant growth, shortening production cycles, and increasing crop uniformity

  • compost production, such as improving biological decomposition, stability, and consistency of high-carbon compost

  • biosolids compost, such as enhancing structure, biological function, and potential contaminant attenuation in biosolids compost prior to land application

  • soil health product integration, such as improving the efficiency and consistency of fertilizer and soil enhancement products by increasing microbial activity and nutrient cycling.

Omni is actively engaged in conversations with professionals who are developing solutions for these challenges across the country. If you are an engineer, scientist, or researcher working in these fields, reach out for a call with our technical team to discuss the possibilities for your project.