OKM's experience
in two-and three dimensional groundwater and contaminant modeling has
covered the areas of funded and nonfunded research and development of
computer programs to site application and risk assessments. OKM's engineers
and scientists utilize well-known, regulatory-accepted computer models for
evaluating, simulating and predicting the performance of hydro geologic
regimes; designing optimal, cost-effective remediation systems; and
evaluating the health risks associated with alternative remedial options
OKM's professionals routinely develop
programs to perform both analytical and numerical analyses of groundwater
flow and contaminant transport problems, including the use of finite
difference, finite element and boundary element methods of analyses. Some
of the results of these simulations have been published and presented in
both national and international and scientific journals.
OKM conducts a full range of assessments
and utilizes state of the art modeling techniques, including
multidimensional groundwater and surface water mass transport models; risk
assessments; hydrologic analysis at existing or proposed sites. Though
computational modeling is not always required for all remediation projects,
it can provide a sound technical basis upon which to make significant
financial and regulatory decisions. OKM's approach is to perform
computational modeling that is only warranted to provide the appropriate
technical support for those decisions.
Our Engineering Modeling Services
Include:
Permits and Agency Submissions
Groundwater Resources Evaluation
Permit Application for Groundwater use
Saturated & Unsaturated Groundwater
flow
Modeling flow in Fractured & Porous
media
Environmental Impact Statement
Remediation - Pump & treat Systems
Design
Wellhead Protection Zone Delineation
Pump test Analysis & Aquifer parameters
Determination
Water balance & Landfill leachate
generation Modeling
Surface water & Groundwater flow
Interaction Modeling
Sample Project:
Click here for Details of Sample
Projects (to be provided soon)
