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.
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.
It is imperative to identify and remediate the source zones as quickly and effectively as possible, using methods that do not generate large capital expenditures, greenhouse gas emissions, and PFAS-laden wastes.
The new standards require the investigation of the potential presence of these contaminants in soil at properties currently undergoing, or undertaking future, cleanup activities.
Weston’s original technical paper called “Pilot-Scale Study for In-situ Leaching of Residual Uranium from Remediated Soil” recently achieved distinguished honors reserved for just 16 of the 300 papers submitted at the Waste Management (WM) Symposia held in March 2022.