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We use the best tools
for your job. For most projects, the best tool is GMS (Groundwater Modeling
System, US DOD), which combines the latest finite-difference and particle
tracking models such as MODFLOW, MODPATH, MT3D, etc. with powerful GIS
tools and 2-D and 3-D visualization capabilities. For more complex problems,
we will utilize the more powerful finite-element models such as FEMWATER
or FEFLOW, and if necessary, we have the skills and experience required
to develop custom numerical modeling solutions. In all cases, our modeling
procedures and reporting formats adhere to the most recently published
ASTM standards.
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| Real-world
complexities present great challenges to modelers. Many times, sites involving
immiscible or variable-density fluids, mineral-surface reactions, reaction
kinetics, or highly anisotropic permeability, require a multi-disciplinary
approach to problem solving. Hazlett-Kincaid remains on the cutting edge
of research in these areas through constant literature review and relationships
with research universities and laboratories world-wide. We currently handle
reactive transport models that address multiple reactions and their daughter
products with MT3D and RT3D. We are currently developing a new method of
modeling flow through highly anisotropic karst aquifers by combining the
capabilities of EarthVision® (Dynamic Graphics, Inc.) and FEFLOW (WASY).
In every case, our modeling capabilities will increase your understanding
of complexities like reactive flow or karst and ultimately hasten site clean-ups. |
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| Why
depend solely on map overlays to develop aquifer and site characterizations?
Hazlett-Kincaid can provide geometrically valid 3-D models of the subsurface
that will allow you to more rapidly and accurately determine hydrogeologic
relationships. Our solids and groundwater flow models allow you to visualize
field data in 3-D and predict flow paths, resulting in the best possible
placement of wells used for characterization of the vertical and horizontal
extent of a contaminant plume. Once a site enters the remediation stage,
our modeling approach will show you where are the optimal locations for recovery
wells. Rather than presenting reams of Excel plots and huge tables of
numbers, convince clients and regulators with 2-D and 3-D visualizations
instead. Our comprehensive groundwater flow and fate and transport models
can output results as images and animations that will make the impact you
need.
Our models save you
time. In the long term, our models serve as easy access databases that allow
quick retrieval of important information in easy to understand visual
formats. When necessary, our models become the best platform from which to
update site conceptualizations to address newly discovered complexities or
problems. |
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