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<br />
<br />SOUTH FLORIDA WATER MANGEMENT DISTRICT GENERAL ENGINEERING SERVICES
<br />
<br />Song Kai Van, Ph.D., P.E.
<br />Senior Staff Consultant
<br />
<br />Education
<br />
<br />Ph.D., Civil/El1\'ironmental Engineering, Louisiana
<br />
<br />State University, 1989
<br />
<br />M.S., \Vater resources, Colorado State University, Fort
<br />
<br />1983
<br />
<br />B.S., Hydraulic Structure Design & Construction, Beijing
<br />College of Hydraulic Engineering, 1964
<br />
<br />Registrations
<br />
<br />El1\'ironmental Professional: Nationwide
<br />
<br />Professional Engineer: Ci\'il, L\
<br />
<br />Background Summary
<br />
<br />Dr. Yan has over thirty years of \vork experience which
<br />includes surface and groundwater hydrology, surface
<br />water and groundwater modeling, air modeling, dam and
<br />reservoir design, Hood control planning and
<br />management in \vater resources, \vater supply
<br />distribution modeling, storm water management, coastal
<br />area land subsidence and salt\vater intrusion,
<br />contaminant transport, grounchvater assessment,
<br />remediation, permitting, risk assessment, litigation,
<br />computer graphics and modeling; computer
<br />programming, and project management.
<br />
<br />Dr. Yan has extensi\'e experience in grounchvater Hmv
<br />and contaminant transport modeling and has been
<br />responsible for many projects from Department of
<br />Energy, Department of Defense (naval bases and air
<br />force bases) and other commercial clients. Dr. Yan's
<br />experience in groundwater modeling includes using
<br />many popular software such as ~IodHow, ~rf3D,
<br />RT3D, IL\ND3D, Sutra, Femwater, and numerous
<br />other models. He also has experience in many pre- and
<br />post-processors and optimization soft\vare such as
<br />G~IS, Visual ~IodHow, Visual Groundwater,
<br />Groundwater Vista, t\IGO, so~ros ctc. Because of his
<br />knowledge on surface water hydrology and surface water
<br />modeling, he is able to incorporate many surface water
<br />management modules to l\IodHow (such as LAKE
<br />module). Many of the groundwater modeling projects
<br />he did invoked the migration of petroleum products
<br />
<br />SHAW ENVIRONMENTAL, INC.
<br />
<br />OGC122006T
<br />
<br />such as BTEX, diesel or other fuel and chlorinated
<br />hydrocarbons, both in unsaturated zones and saturated
<br />zones. Dr. Yan is also familiar with EP A's HELP model
<br />used for the evaluation of leachate in several landfill
<br />systems and is familiar with many aspects of landfill
<br />design and construction.
<br />
<br />Dr. Yan also performed surface water modeling for
<br />many projects in the United States. He is familiar with
<br />US Army Corps of Engineers' water quality models such
<br />as SMS (Surface Water t\Iodeling System - TABS
<br />programs, which includes module FES\'\'1\IS that can
<br />deal \vith scour problems at bridges, and IZ1\L-\2, lZ1\L-\4,
<br />SED2D that can solve How, \'elocity, sediment and
<br />contaminant transport), watershed models such as W'1IS
<br />(watershed modeling system), HSPF, WASPS, SWMl\r,
<br />Cormix, Qual-2e and La-Qual. He did in-stream
<br />dilution calculation, sediment transport in streams,
<br />mixing zone calculation for man)' clients in Louisiana.
<br />He is also familiar with the Corps of Engineers'
<br />programs such as I-IECl (HEC-I-Il\IS), HEC-2 (HEC-
<br />R.r\S) and I-IEC-6 and applied them to se\'eral U.S.
<br />clients' sites. He used EPA's B,-\SrNS watershed model
<br />to evaluate T~IDLs (total maximum daily load) in
<br />strcams. Reccntl~', he worked on a projcct for thc City
<br />of Hammond to define Tl\IDL's in t\vo major streams in
<br />the Hammond area using a screening model and a
<br />modified La-Qual model. I-Ie also used I-IYDIL\ and
<br />S\,\'~I~[ models to calculate and design storm
<br />management systcms for chemical plants, railroad
<br />stations and urban Hooding areas. Dr Yan has rccently
<br />accomplished a Hood mitigation project for the City of
<br />New Orleans. He used PCS\VMl\I to simulate different
<br />Hood mitigation alternati\'cs and came up with a \'iablc
<br />and economic solution for the Clean'iew and Earhart
<br />Interchange area in Jefferson Parish, New Orleans.
<br />
<br />Dr Yan has developed se\'eral types of application
<br />software. These include STRAL\N (a 2-D computer
<br />code that simulates and predict land subsidence and salt-
<br />water intrusion in coastal area); DNAPMIG (a DNAPL
<br />potential migration software); a windows driven pre- and
<br />post-processor for the KGS Slug test program. Other
<br />soft\vare de\'eloped were pre- and post-processors for
<br />SWANFLO\V (a 3-D three-phase simulator) and for
<br />SUTRi\ (a 2-D USGS variable density How and
<br />transport model); modifications of a particle tracking
<br />
<br />SONG KAI YAN, PH.D., P.E.
<br />
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