Near the industrial city Norilsk in northern Siberia in 2020, a destabilized storage tank released 17,000 metric tons of diesel. Incidents like this could "easily" become more frequent in the future as average global temperatures rise.
About half of all sewage waste in the U.S. is treated and converted to biosolids, a further half of which is used as fertilizer after additional processing.
In a paper published in the journal Environmental Science: Processes & Impacts, scientists showed how PFAS can leach out of fertilizer made from recycled waste with the help of microbial decomposition.
Even though PFAS levels are low, discussions around regulations which would prevent the use of biosolids on crops are taking place to prevent further accumulation.
Rather than labelling all biosolids as contaminated PFAS waste, the government’s new plan should ideally lay out ways to minimize damage done by forever chemicals in biosolids.
Thermally remediating soil contaminated with PFAS has the potential to be an effective solution. TerraTherm has performed detailed lab studies to understand the removal mechanisms and developed a treatment method that mineralizes and removes nearly 100% of target and non-target PFAS compounds from the vapor discharge.
Decades ago, the former Iron King Mine and Humboldt Smelter left behind eight million tons of mining waste, including mine tailings, smelter waste, and contaminated soils.
The new data released by Bloomberg Philanthropies’ Beyond Petrochemicals Campaign underscores how planned expansion of the petrochemical industry will heighten risks across the U.S.
Today, in the wake of Congress’ first hearing on the train derailment in East Palestine, Ohio, Bloomberg Philanthropies’ Beyond Petrochemicals campaign released new data showing similar disasters are happening all over the United States.
The following white paper provides an abbreviated overview of two laboratory experiments and a fieldwork demonstration that showed evidence for the biodegradation of contaminants from CAC.
The colloidal activated carbon (CAC) technologies developed by REGENESIS, PetroFix and PlumeStop, are often paired with biostimulating electron acceptors or donors to destroy adsorbed contaminants.