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TestAmerica, in support of the State
of New York, Department of Environmental Conservation (DEC),
receives samples from all NYSDEC regions to address the analytical
requirements of remedial investigations, discharge evaluations,
spill responses and state Superfund activities. TestAmerica
performs all analyses adhering to the NYS Analytical Services
Protocol (ASP), which mimics EPA CLP Methods. Sample matrices
include wastes, soils, drinking waters, groundwaters, sediments,
discharge samples and air. This contract requires strict adherence
to the required methodologies resulting in high quality, legally
defensible data for the State of New York.
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TestAmerica maintains analytical
support contracts with each of three major engineering firms
holding primary contracts with the Illinois State Department of
Transportation. In this capacity TestAmerica performs a broad range
of analyses for statewide assessments and investigations. In over
10 years of support provided under this program, TestAmerica has
uniquely positioned itself to address the program's custom
requirements.
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TestAmerica is the primary laboratory
supporting development of the Hawaii Department of Health Technical
Guidance Manual (TGM) for sampling and risk assessment. Support
includes application of draft TGM procedures to determine efficacy
at selected sites over the past two years. One site in this effort
consisted of a former agricultural property at a remote island
location that required testing for Organochlorine Pesticides,
Organochlorine Herbicides, Triazines, Carbamates, Metals, SVOC, and
Dioxins as a prerequisite for a housing development. TestAmerica
provided solutions to help resolve problematic sample transport
logistics from the site. In addition, TestAmerica developed and
applied the first-ever super-scaled (5 Kg) multi-incremental sample
processing application for a number of the tested parameters,
conducting leachability studies on all positive samples, and
pioneering commercial lab implementation of the Ruby- Drexler
sample preparation technique to determine the 'bioaccessible'
component of detected arsenic concentrations.