Since 1982, Brooks Applied Labs has devoted significant resources to the research and development of the analytical methods and instrumentation necessary to quantify mercury and methylmercury concentrations at ultra-low levels in even the most complex matrices. Our early research contributed substantially to the development and validation of EPA Method 1631 and EPA Method 1630 for the determination of mercury and methylmercury in waters at sub-parts-per-trillion levels.
Over the decades we have developed and perfected our analytical methods to determine mercury and methylmercury concentrations in even the most complex matrices.
We routinely analyze the following for mercury and methylmercury with some of the lowest detection limits available to our clients:
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Mecury Related News
New Mercury Detection Limit Requirements
Here at Brooks Rand Labs, we have noticed many of our Canadian clients are working under new discharge permits with lower method detection limit (MDL) requirements for total mercury (Hg). Some water quality guidelines are even demanding site-specific detection limits...
Mercury Bioaccumulation in the Great Salt Lake’s Deep Brine Layer
Between recreation and brine shrimp commerce, Utah's Great Salt Lake (GSL) contributes a significant amount of money to Utah's economy. Therefore, it made big news roughly a decade ago when methylmercury results from the lake were found to be the highest ever seen in...
Mercury Gurus Endeavor to Map North America
The daunting question of how to manage land and wildlife with respects to impacts made by mercury cycling and bioaccumulation are difficult to address on a local, regional, national, and international level. In a collaborative effort lead by the Biodiversity Research...
Ethylmercury and Human Health Article
Mercury is a dangerous neurological toxin and too much exposure has been responsible for several poisoning outbreaks around the world. Routes of exposure and metabolism have been well documented for elemental mercury, organic mercury, and inorganic mercury. In...
Fate of Mercury in Animal Inoculations
Ethylmercury is a major component of thimerosal, a vaccine preservative, and it has neurotoxic effects that are similar to those of methylmercury, but its tissue deposition and clearance rates in organisms are not well-understood. In order to better understand the...
Genes that Methylate Mercury Identified
When mercury is released into the environment it can be transformed from inorganic mercury into the far more toxic form of methylmercury. Scientists have known for decades that bacteria are largely responsible for the methylation of mercury, but the precise mechanism...
Global Seafood Mercury Concentrations
Through collaborative research, the Biodiversity Research Institute (BRI) assesses emerging threats to wildlife and ecosystems, while using those findings to inform decision makers and advance environmental awareness. The BRI Center for Mercury Studies, in cooperation...
United Nations Global Mercury Treaty
The fifth and final session of the International Negotiating Committee to prepare a global legally binding instrument on mercury (INC5) will take place January 13-18 in Geneva, Switzerland. Established in 2009 by the United Nations Environmental Programme (UNEP) and...