State Coalition for Remediation of Drycleaners Site Profiles
Venetian Cleaners, Venice, Florida
Description
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| PCE drycleaning operations were performed at this facility from January 1963 until November 1991 when it was converted to a dry drop off facility that operated until 1995. The site is located in a shopping center in a mixed retail commercial/residential setting. The shopping center is located approximately 0.8 mile northeast of the Gulf of Mexico and 1,200 feet southwest of the Intracoastal Waterway.
Remediation Status: Site closed |
Contaminants
Contaminants present and the highest amount
detected in both soil and groundwater.
| Contaminant | Media | Concentration (ppb) | Nondetect |
|---|---|---|---|
| cis-1,2-Dichloroethene | groundwater | ||
| Tetrachloroethene (PCE) | groundwater | ||
| Tetrachloroethene (PCE) | soil | ||
| Trichloroethene (TCE) | groundwater |
Site Hydrology
| Deepest Significant Groundwater Contamination: | 14ft bgs | |
| Plume Size: | Plume Length: 340ft Plume Width: 160ft Plume Thickness: 14ft |
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| Average Depth to Groundwater: | 7.43ft |
Lithology and Subsurface Geology
| fine to medium-grained sand Depth: 0-19.5ft bgs 19.5ft thick Conductivity: 37.5ft/day Gradient: 0.005ft/ft |
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| clayey fine to medium-grained sand Depth: 19.5-21.5ft bgs 2ft thick |
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| fine-grained sand with shells and traces of clay and phosphate nodules Depth: 21.5-33ft bgs 11.5ft thick |
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| fine to medium-grained sand with shells and phosphate Depth: 33-39ft bgs 6ft thick |
Pathways and DNAPL Presence
 Groundwater SedimentsSoilDNAPL Present |
Vapor Intrusion Pathway
Has the potential for vapor intrusion (VI) been evaluated? |
No |
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Has a vapor mitigation system been installed? |
Yes | |
Type of Vapor Mitigation System(s): |
Soil Vapor Extraction |
Remediation Scenario
Cleanup
Goals: |
Soil: PCE = 30 ug/kg (leachability)] Groundwater: PCE = 3 ug/l, TCE = 3 ug/l, Cis 1,2-DCE = 70 ug/l |
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Remedy Level: |
Full Scale Remedy |
Technologies
In Situ Monitored Natural Attenuation |
Why the technology was selected: Date implemented: Cost to Design and Implement: |
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In Situ Soil Vapor Extraction |
Why the technology was selected: Date implemented: Final remediation design: Results to date: Cost to Design and Implement: |
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Ex Situ Carbon Adsorption |
Date implemented: Final remediation design: Results to date: Cost to Design and Implement: |
Costs
Cost
for Assessment: |
$52,300 | |
Cost
for Operation and Maintenance: |
$57,500 | |
Total
Costs for Cleanup: |
$209,500 |
Lessons Learned
| Based on work conducted at over 300 Florida drycleaning sites, it appears that approximatley 28% of these sites can be closed solely by soil (unsaturated zone) remediation. |
Contacts
| Aaron Cohen Florida Dept. of Environmental Protection Bureau of Waste Cleanup, MS 4500 2600 Blair Stone Road Tallahassee, Florida 32399 850-245-8974 Aaron.Cohen@dep.state.fl.us Brian Moore, PE, Consultant H.S.A. Engineers & Scientists 4019 East Fowler Avenue Tampa, Florida 33617 Phone: (813) 971-3882 Bmoore@hsa-env.com |
Site Specific References
| Site Assessment Report: April 2006 Remedial Action Plan: July 2006 Construction Completion Report: March 2008 Operation & Maintenance Reports: 2008 Groundwater Monitoring Reports: 2009 - 2010 |
