Adventus Group makes mercury removal product available
International provider of remedial solutions launches new, cost-effective redox compound with demonstrated 99% removal of total mercury contamination in soil and groundwater...
MISSISSAUGA, ON, Canada, Dec. 22, 2004 (BUSINESS WIRE) -- The Adventus Group has announced the launch of its patented EHC-MTM product, proven to be highly successful in removing mercury and arsenic contaminants from both soil and groundwater environments.
The Adventus Group of companies includes Adventus Americas Inc. (AAI), Adventus Remediation Technologies Inc. (ART), and EnviroMetal Technologies Inc. (ETI).
EHC-M is specially formulated for in situ immobilization of soluble metals via enhanced precipitation and adsorption reactions. The controlled-release feature of this patented product's carbon component provides for extended longevity, and greatly assists in maintaining very low redox conditions through simultaneous microbial consumption of the carbon and electron acceptors.
"Responsible environmental experts in the academic, business and regulatory communities are increasingly more worried about the high levels of mercury contamination affecting many parts of the world," stated Dr. Alan Seech, president of ART. "The international community is focusing their attention on this growing problem and EHC-M will clearly help, as it is perfectly suited for treating environments co-impacted by both heavy metals and chlorinated solvents."
Dr. Jim Mueller, president of AAI, offered a scientific perspective. "A recent study showed greater than 99% removal of total mercury from groundwater was achieved with EHC-M. Impressive as this is, there are also remarkable cost differences between EHC-M and other products on the market such as Regenesis' MRCTM. Low redox, high organic content and zero valent iron promotes the reduction of mercury, chromium and other heavy metals potentially dangerous to public health and the environment. In addition, our ability to control pH is important as pH affects these processes."
John Vogan, president of ETI stated, "ETI and the Adventus Group are supporting research at the University of Waterloo to help address some of the root problems of mercury contamination that are emanating from China. ETI is offering financial support to assist in a proposed project entitled 'Water well remediation of arsenic contaminated groundwater' with partners at the Chinese University of Geosciences. The arsenic problem is also widespread in China, and we see hope to include both zero valent iron and EHC-M as possible in-well treatment material candidates as part of the remediation solution."
EHC-M is part of The Adventus Group's EHCTM brand umbrella, a family of latest generation bioremediation products used for the in situ treatment of groundwater and saturated soil impacted by heavy metals and persistent organic compounds such as chlorinated solvents, pesticides and energetics. The technology is a modification of their Daramend® technology, which has been successfully used since 1992 to treat more than 600,000 tons of similarly contaminated soil, sediment and solid wastes.
About The Adventus Group
Adventus Americas Inc. (www.adventus.us) is an environmental services company that provides various remediation biotechnologies including those exclusive to our sister companies, Adventus Remediation Technologies Inc. and EnviroMetal Technologies Inc. (www.eti.ca). The groups' proprietary technologies include Daramend and Terramend® for treatment of soil and sediment, AquamendTM for wastewater, and EHC technologies and mGCW systems for in situ groundwater treatment. ETI is the world leader in applications of permeable reactive barrier (PRB) technology for the remediation of contaminated groundwater, with experience at over 125 sites in United States, Canada, Europe, Japan and Australia. Both EHC and Daramend are the subjects of numerous patents. The Adventus network includes field offices in Colorado, Connecticut, Illinois, New Jersey, and Ontario, Canada, including an expanding network of international licensees.