BAM’s diverse pore-size distribution makes it efficient at storing CO2, treatment chemistries, and contaminants ranging from large-chain hydrocarbons to small chemical compounds — creating a favorable environment for the long-term destruction of contaminants.

Through ongoing research, VIYA has demonstrated BAM’s success treating 1,4-dioxane and PFAS, two emerging contaminants of growing regulatory concern. BAM performs in both aerobic and anaerobic conditions and works alone or alongside chemical oxidation and reduction chemistries, allowing our team to choose the right treatment strategy for each site’s specific contaminant profile.