Consulting services offered
include:
GROUND-WATER HYDROLOGY
- water supply analysis
- well construction/drilling technology
- ground-water flow modeling
- contaminant transport modeling
- aquifer test analysis
- analysis of saltwater intrusion
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SURFACE WATER
- rainfall/runoff
- stream flow analysis
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ENVIRONMENTAL ENGINEERING
- site characterization
- remediation engineering design
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COMPUTER MODELING
In the age of computers, The HYDRODYNAMICS Group stands in the
forefront of technology. The Group is prepared to provide
state-of-the-art modeling using the latest models, including:
- Ground Water: MODFLOW, MOC, JDB-2D/3D, MODPATH, PATH3D,
MT3D, TOUCH II, QuickFlow, Analytic Element Model
- Surface Water: HYMET (rainfall/runoff)
- Data Base: GEOBASE, GIS, ARCHVIEW
- Graphics: CAD support, SURFER, ConSolve Graphics Analysis Package
The HYDRODYNAMICS Group, in its short four years of business, has
established itself as a leader in the field of Ground Water Hydrology.
Our clients include the Attorney Generals for the States of Wyoming and
New Mexico, Inyo, Nye, and Esmeralda Counties, and the Department of
Energy concerning Nuclear Waste Disposal. Spring bottled water company
clients include Hinckley & Schmitt Inc., Cartago Spring Water Co.,
McKesson Water Products Company, Dobbas Spring. Hydrodynamics has
worked for the San Francisco Department of Public Works and Santa
Barbara County Water District. Additional clients have included Norton
Energy Storage, LLC, Westinghouse (Department of Energy Contract),
Bechtel Corporation, and Layne-Western Drilling Company.
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Spring Water
( 3 items )
The HYDRODYNAMICS Group has become a technical leader in the
spring water industry, having tackled some of the unique challenges of
compliance with the new Food and Drug Administration (FDA) spring water
regulations. By working with spring owners and regulatory agencies, The
HYDROYDNAMICS Group developed a Unified Approach to Spring FDA
Compliance studies. The cornerstone of our technical leadership is our
hands-on experience in finding and developing new spring sources,
designing construction of spring developments, permitting spring
facilities, and the designing, installing, and managing of spring
monitoring systems.
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Compressed Air Energy Storage
( 2 items )
A CAES facility consists of an energy-production and an energy storage
system. The CAES power plant facilities will operate by using
off-peak electricity available at night and weekends to compress air
into the storage system. During week daytime intermediate and peak-demand
periods, compressed air will be released from the pressured
energy-storage system(mine), heated by combustion of natural gas, and
espanded through the energy-production system.
The HYDROdynamics Group is one of the premiere consulting groups with expertise in Compressed Air Energy Storage systems.
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Our Expertise