radioactive-soil-water
Engineered sorptive nanogels and catalytic oxides for radionuclide immobilization. Designed as an adjunct to conventional radiological programs.
Where it fits
Low-level impacted soils/sediments at legacy sites Mine tailings seepage with radionuclide/metals mix Decon wash waters and sumps (pre-treatment) Containment zones needing passive stabilization
What it delivers
Sorption/immobilization of target ions on Fe/Mn oxides & engineered gels Co-contaminant polish (COD/odor) to improve handling pH/ORP control for precipitate stability Monitoring & documentation for regulators
How we run it
Nanogel placement in passive cells/berms Nanofluid recirculation for contact and capture Strict HSE & waste handling; residuals tracked Coordination with licensed radiological contractors
Nanobubbles radically raise gas–liquid mass transfer, allowing compact CO₂ capture into aqueous loops. With alkalinity management, CO₂ shifts to stable bicarbonate/carbonate; alternately, balanced O₂/CO₂ improves biomass growth. Systems are instrumented for pH/ORP/DO/CO₂ to maintain safety and verifiable capture.