The coexistence of nitrate increases the duration of natural attenuation because it creates new species of iron oxides that can sustain the degradation of organic contaminants.
Webinar: Remediation Technology sits down with Brian Pinkard of Aquagga and Maureen Dooley of Regenesis to discuss options for destroying PFAS from AFFF firefighting foam.
Webinar: PFAS destruction products are increasingly commercially available, with technologies like Aquagga’s hydrothermal alkaline treatment, or HALT, and Regenesis’s PlumeStop, an in-situ colloidal activated carbon, or CAC.
On April 18 and 19, CNMI’s Inter-island Solid Waste Task Force (ISWTF) conducted a Zero Waste Visioning Workshop during which attendees reviewed recent collection and survey data, then discussed and identified solid waste management priorities.
New work suggests Metarhizium could provide an inexpensive and efficient way to protect crops grown in polluted areas and remediate mercury-laden waterways.
Researchers from the University of Tsukuba find that soil decontamination efforts in Fukushima result in constant, high levels of suspended sediments and a rapid decline in radiocesium particles.
In a study published this month in Nature Sustainability, a research group led by the University of Tsukuba has revealed that although the initial effects of increased sediment load in rivers caused by the Fukushima decontamination efforts were unsustainable, several factors worked in the region's favor to reduce these effects.