HomeMy WebLinkAboutDERR-2025-004001
SITE VISIT REPORT
DATE: 05/20/2025
SITE: The Paxton VCP #129
SITE ADDRESS: 215 Paxton Avenue, Salt Lake City, Utah
PREPARED BY: Allison Stanley
Utah Department of Environmental Quality
Division of Environmental Response and Remediation
195 North 1950 West
Salt Lake City, UT 84116
ATTENDEES: Allison Stanley (DERR), Kendra Caskey (Geosyntec)
ARRIVAL TIME: 9:45 AM - DEPARTURE TIME: 12:30 PM
Split Samples Collected: Yes
Is the work being performed in a manner consistent with the accepted workplan? Yes
SUMMARY:
DERR arrived on-site at 9:45 AM and met with the Environmental Professional for Geosyntec.
The purpose of the visit was to oversee the implementation of the Remedial Action Plan. By the
time the DERR arrived on-site, they had already excavated and sampled the area near GP-4. The
excavations for the two hydraulic lifts were also complete the previous afternoon with samples
collected per the RAP. The contractor began excavating the area with shallow soil impacts in the
south east corner of the site. Geosyntec collected base and sidewall samples in accordance with
the RAP. The DERR had Geosyntec collect two split samples (one base and one sidewall) in this
area. Work also involved breaking and disposing of concrete at the previous quonset hut. The work
was done as a dig and haul with disposal trucks continuously on-site. Trucks leaving the site with
soil were covered with a tarp. Dust management and trackout controls were implemented by soil
wetting and sweeping the street. All work was done in accordance with the RAP.
PHOTO LOG:
Photo 1: Excavation at GP-4.
Photo 2: Excavation for hydraulic lift near MW-5.
Photo 3: Excavation for hydraulic lift at GP-5.
Photo 4: Sidewall sampling of shallow excavation. UDEQ split sample collected.
Photo 5: Floor sample of shallow excavation. UDEQ split sample collected.
Photo 6: Two hydraulic lifts pulled from the Site. Hydraulic fluid was drained and lifts were
cleaned by EnviroCare. Liquid stored in nearby containers.
Photo 7: Shallow excavation where impacts were identified. Depth down to 12 inches, with some
locations down to 18 inches based on characterization data.