Bio-Reaction Industries, LLC (BRI) addresses all those issues with its advanced biofiltration systems. BRI installed a number of bio-oxidation systems in the wood products industry to help it meet EPA’s Maximum Achievable Control Technology (MACT) standard for Hazardous Air Pollutants (HAPs).
All of these systems more than meet the emission standard of greater than 90 percent destruction efficiency as per the EPA rule for the Plywood and Composite Wood Panel MACT and have been verified by third party testing.
“If you look at just nine systems installed last year, they will save our customers over $3.8mm in annual operating costs, save over 4.5mm therms of natural gas per year, destroy over 1.8mm pounds of HAPs and volatile organic compounds annually, keep 72,500,000 pounds of GHGs from being produced and keep 540,000 pounds of Nitrous Oxides (a direct component of smog) out of air sheds every year”, said Karl Mundorff, President/CEO of BRI. “This is good for our customer’s competitive position, good for our national energy needs and good for the global environment”, he continued.
Bio-Reaction’s bio-oxidation systems are the new standard in air pollution control technology, utilizing microbes to biologically break down hazardous air pollutants (HAPs) and volatile organic compounds (VOCs).
More and more successful companies ranging from pharmaceutical, industrial chemicals, wood products, paints and coatings manufacturers and applicators, to food processors are making proactive, energy saving, and environmentally sound choices by utilizing Bio-Reaction’s patented bio-oxidation systems. These companies immediately realize up to 90% savings in operating costs and also reduce carbon footprint by 85% or more, simply by implementing a BRI bio-oxidation system.
About Bio-Reaction Industries
Bio-Reaction Industries, LLC (BRI) pioneered a new generation of low energy, environmentally friendly air pollution control systems that utilize microbes to digest industrial pollutants and odors. Based in Tualatin, Oregon, BRI’s bio-oxidation systems cost dramatically less than thermal oxidizers to operate, do not produce additional greenhouse gases (such as CO2, NOx, SOx) and deliver the highest removal efficiency of any air phase bio technology in the world.