Science Consulting


Intrinsyx R&D scientists and engineers have advised some of the world’s largest companies in the fields of agriculture, mining, environmental engineering. Through our on-going collaborations with the leading experts in Environmental Remediation, Agronomy, and Biology research, we have built an unparalleled network of subject matter expertise to deliver innovative cost-effective solutions.

    • Experimental Design
    • Developing Work Plans
    • Pilot Studies to Full Scale Implementation
    • Regulatory Affairs
    • Project Management


Agricultural Technologies


We work with the agricultural industry in developing new products, designing scientifically valid field trials, connecting with the right growers to implement them, and navigating regulatory affairs. Intrinsyx R&D also implements unique biological systems for agricultural runoff control.

  • Agricultural production on marginal lands
  • Precision Nutrient Delivery
  • Beneficial microbes
  • Biofortification
  • Agricultural runoff and water quality
  • Pathogen detection for food safety


Environmental Remediation


Intrinsyx R&D designs systems using plant and microbial technologies to efficiently and cost effectively clean water (wastewater, surface/groundwater) and soil. Our systems offer significant advantages over similar existing technologies. We engage with some of the world’s largest mining companies and agricultural growers, as well as city, county, and state governments. In addition to agricultural, municipal, and industrial projects, these technologies are currently being used at Superfund and brown field sites.

  • Plant-based systems for removal of heavy metals/metalloids and radionuclides from soil and water
  • Plant and microbial systems for phytoremediation of organic pollutants and explosives
  • Agricultural and Stormwater runoff control

Rhizofiltration of mine drainage water

Rhizofiltration of mine drainage water


Biological Water Treatment


Intrinsyx R&D collaborates with industry leaders in water treatment to design and implement integrated biological systems (with plants and microbes) for water treatment.

We are working with aquatic biofoam – biofilm filters designed by our collaborators and tested by University of Arizona’s Environmental Studies Department, that use beneficial bacterial biofilms to filter out and kill human microbial pathogens (viruses, bacteria, protozoa) from sewage. We are collaborating with the environmental engineering firm Acqualogic to integrate this biofoam into reliable and economical mid- to large scale water treatment systems (10,000-100,000 gallons per day).

  • Wastewater treatment for drinking water
  • Constructed wetlands
  • Greywater recycling
  • Floating Islands to remove pollutants from surface water
  • Rhizofiltration systems