Facility Site ID: 95277846 Cleanup Site ID: 4380

Status Update

Ecology has reviewed and approved the Juanita Village Site Closure Report and closed the legal agreement called the Prospective Purchase Consent Decree. The cleanup is completed and the legal document has been dismissed. The Site soil and groundwater have achieved state cleanup requirements. This Site no longer poses a threat to human health or the environment.   

Site Background

The Juanita Village property consists of 9 tax parcels located in the Juanita Business District of Kirkland, Washington.  The property was developed as a strip mall in the 1960s and included two gasoline stations and dry cleaning facilities, the estimated sources of site contamination.  The former Texaco station was located on the east side at 98th Avenue NE and left petroleum soil and groundwater contamination.  The former Chevron station was located at the south side at Juanita Drive NE.  The Chevron station left trace amounts of petroleum contamination. 

The former dry cleaning operation had two locations and caused groundwater contamination at both locations.  The primary location was in the north center of the site and the second location was northeast across 98th Avenue NE.  Both operations left a common dry cleaning solvent called tetrachloroethene, also called perchloroethene (PCE) in the underlying groundwater.  This caused two large zones within the groundwater called PCE plumes and they were migrating southwest.  The larger plume was located below the north center of the site at the original location and migrating southwest towards 97th Avenue NE.  The second and smaller PCE plume was located across 98th Avenue NE at the second location and migrating southwest across 98th Avenue NE. 

Contaminants Of Concern

The contaminants of concern at the Juanita Village site were minor amounts of petroleum in soil and groundwater associated with the two former gas stations, and significant groundwater contamination from the former dry cleaning operation at two locations.  The dry cleaning operation used a common solvent called tetrachloroethene, also called perchloroethene (PCE).  These substances have been cleaned up and removed.  Now soil and groundwater compliance testing show no detection of chemicals of concern (substances). This site has achieved state cleanup requirements. No further action is requested. The site is clean.

Legal 4
Public Information 7
State Environmental Policy Act 2
Document Title Document Date Document Type
Juanita Village SEPA DNS 5/2/2000 SEPA Documents
Juanita Village SEPA Environmental Checklist 5/2/2000 SEPA Documents
Technical Reports 4
Document Title Document Date Document Type
Juanita Village- Juanita Village Site Closure Report (May 2012) 5/12/2012 Site Specific Technical Document - other
Juanita Village Schedule with Scope of Work 5/4/2000 Scope Of Work
Juanita Village - Cleanup Action Plan (April 2000) 4/21/2000 Cleanup Action Plan
Juanita Village- Draft Cleanup Action Plan 4/21/2000 Cleanup Action Plan
There may be more documents related to this site. To obtain documents not available electronically, you will need to make a public records request.

Places to see print documents

  • Northwest Regional Office
    15700 Dayton Ave N
    Shoreline, 98133
    Please schedule an appointment to view print documents at this location.
  • Kirkland Public Library
    308 Kirkland Ave
    Kirkland, 98033
    This location may only have print documents available during open comment periods.
  • City of Kirkland Planning Department
    123 5th Ave
    Kirkland, 98033
    This location may only have print documents available during open comment periods.

Contaminants 2

Contaminant Type
Soil
Groundwater
Surface Water
Air
Sediment
Bedrock
Halogenated Organics - Halogenated Organics RB RB
Non-Halogenated Organics - Petroleum Products-Unspecified RB RB
S
Suspected
C
Confirmed Above Cleanup Levels
B
Below Cleanup Levels
RA
Remediated-Above
RB
Remediated-Below
R
Remediated
This contaminant list was based on our best information at the time it was entered. It may not reflect current conditions at the site.