Pittsburgh, Penn.—TIGG Corporation announced that the TIGG Methyl Bromide Recapture System meets and in some installations exceeds the specification set by the USDA-APHIS.
For several years, the USDA-ARS has directed research toward the development of methyl bromide alternatives and methyl bromide recapture systems. In early November, the “Methyl Bromide Quarantine and Preshipment Interim National Management Strategy” was presented by the United States at the Twenty-first Meeting of the Parties to the Montreal Protocol on Substances that Deplete the Ozone Layer. The Management Strategy, on the United Nations Environment Program website, gives USDA-APHIS requirements for methyl bromide recapture systems.
The TIGG Methyl Bromide Recapture System complies with these requirements by reducing emissions by at least 80%, retaining approved fumigation and aeration times mandated by the PPQ treatment manual and reducing the methyl bromide concentration in emissions to under 500 ppm.
TIGG Corporation engineered and manufactured the system through a cooperative program between GFK Consulting LTD, USDA-ARS and Great Lakes Corporation (now Chemtura). During development, it was proven in laboratory and pilot scale tests and has since operated successfully in commercial installations throughout the United States.
TIGG designs and fabricates systems that use activated carbon and other purification media to treat water, wastewater, air and process streams.
For more information, visit TIGG.
Latest from Quality Assurance & Food Safety
- USDA Indefinitely Delays Salmonella Testing Program for Raw Breaded Stuffed Chicken
- American Soybean Association Names New Industry Relations Leadership
- Babybel Transitions From Cellophane to Paper Packaging
- Ambriola Company Recalls Cheese Products Due to Listeria Risk
- Horizon Family Brands Acquires Maple Hill Creamery
- Kellanova Shares Top Five Consumer Packaged Goods Tech Trends Shaping 2026
- Stay Ahead of Supply Chain Pressure
- Brendan Niemira Named IFT Chief Science and Technology Officer