Boston, Massachusetts • August 2-4, 2010
Presented by David K. Kreamer, Ph.D., and Paul M. Yaniga
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Course description
Scientists and engineers designing remediation systems must first have knowledge of the characteristics and behavior of NAPLs in the subsurface to begin conceptualizing and characterizing an NAPL plume. A thorough understanding of how NAPLs migrate in a hydrogeologic system will guide you in considering the technical practicability of remediating the source and its plume.
This three-day course is designed to educate you with respect to the compounds and priorities of NAPLs, their migration characteristics, assessment techniques, and remediation technologies. Case histories are presented that describe the detection, characterization, monitoring, and remediation of contamination scenarios involving DNAPLs and LNAPLs such as TCE/PCE, chlorinated solvents, PCB, coal tar, and fuels.
You will receive
Notes in a three-ring binder.
Who should attend?
- Hydrogeologists
- Engineers
- Regulatory personnel
- Administrators dealing with groundwater contamination problems
- Public educators dealing with remediation of DNAPLs and LNAPLs.
Education level
Introductory to intermediate; experience with NAPL behavior is not required, but you should have a basic knowledge of groundwater hydrology.
NGWA awards continuing education credits
This course is worth 2.25 CEUs.
Fees on or before July 2, 2010:
NGWA member — $950
Nonmember — $1,100
Fees beginning July 3, 2010:
NGWA member— $1,100
Nonmember — $1,250
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Information current as of 1-6-2010. For further information or help, e-mail customerservice@ngwa.org or call 800 551.7379 (614 898.7791).