TRIAD
S2C2 has
been a leader in developing on-site characterization methodologies and dynamic
work strategies integral to the Triad approach. S2C2 believes that to execute an
efficient TRIAD process it is necessary to maximize the amount of data collected
and analyzed every day. Many data points collected vertically at multiple depths
and horizontally throughout the critically impacted area provides a complete
description of the contamination and leaves all parties involved with a
confident framework to establish risk based and /or remedial decisions. S2C2 has
all the tools and experience necessary to complete a successful Triad program
including direct-sensing probes, mobile laboratories, direct-push units, and
data management and visualization capabilities.
TRIAD is an integrated approach using rapid sampling techniques coupled with
on-site analysis and data displays to direct and manage the investigation.
TRIAD radically compresses
the time to perform Remedial Investigations (RIs) and to interpret collected data.
Essentially, a “dynamic” work plan is employed which allows in-field decision
making to select sampling locations based upon results from previous samples.
In this manner, the characterization process converges on the target area, which
then becomes the focus of remediation efforts to achieve accelerated site
closure. The TRIAD process is gaining national recognition as an effective
alternative characterization process.
Executing an TRIAD site characterization takes more than
just the right technologies. The professionals responsible for the project
need to be in the field and fully experienced with on-site decision making
practices for environmental projects. A complete understanding of the
geology and hydrology at the site is required, coupled with experience with
typical migration pathways for classes of contaminants. Environmental
cleanup projects are usually complex and therefore require a team of experienced
geologists, chemists, and hydrologists. S2C2 has the professionals with the depth of
experience and the training required to execute an effective TRIAD
characterization.
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