MR
Matthew Reid
Principal Investigator
Cornell University
I'm working on
8 months ago
Geomicrobiology, Carbon Mineralization, Biomining, Environmental Biogeochemistry
About
Microbe–mineral processes for CO2 mineralization and critical mineral recovery; arsenic and nitrogen cycling in soils, wetlands, and denitrifying bioreactors. Work integrates systems biology, sorption chemistry, and transport modeling to guide water management.
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Cornell University
Enhanced denitrifying biofilter technology for stormwater nitrate removal
Innovative biofiltration approach that increases nitrate removal rates by enhancing carbon bioavailability through fungal bioaugmentation and improved ventilation in woodchip-based denitrifying systems. Validated laborat...
TechnologyIn developmentUniversity
Cornell University
Thiol-functionalized biochar soil amendment for reducing toxic metal contamination in food crops
Novel soil amendment using thiol-functionalized biochar to immobilize arsenic, cadmium, and mercury in agricultural soils, reducing uptake into food crops like rice while improving soil fertility and nutrient retention.
TechnologyConceptualUniversity
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