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Oregon State University - Cascades Campus
264448
19745 Simpson Ave BEND, OR 97702
18
181206A000719
44.045778850115 / -121.338356780512
5
Labaw, Joanne
Labaw.Joanne@epa.gov
206-553-2594


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Property Location



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Property Progress


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CAs Associated with this Property

CA NameCA #StateTypeAnnouncement Year
Oregon State University4B02J53601ORCleanup2023
R10 TBA - Oregon (STAG Funded)n/aORTBA2004


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Assessment Activities at this Property

ActivityEPA FundingStart DateCompletion DateCAAccomplishment Counted?Counted When?
Phase II Environmental Assessment$536.2505/18/201709/30/2018R10 TBA - Oregon (STAG Funded)YFY25
Phase II Environmental Assessment$34,603.7505/18/201709/30/2018R10 TBA - Oregon (STAG Funded)YFY25


Is Cleanup Necessary? Yes
EPA Assessment Funding: $35,140.00
Leveraged Funding:
Total Funding: $35,140.00


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Climate Adaption and Mitigation - Planning or Assessment

There is no data for Climate Adaption and Mitigation - Planning or Assessment.


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Contaminants and Media



Cleanup Activities

Start DateEPA FundingCompletion DateCAAccomplishment Counted?Cleanup Documentation
10/02/2023Oregon State UniversityNo
10/02/2023$500,000.00Oregon State UniversityNo


Cleanup/Treatment Implemented: Y
Cleanup/Treatement Categories:
Addl Cleanup/Treatment info: Waste was excavated and moved to permanent safe location pursuant to DEQ PPA.
Address of Data Source:
Total ACRES Cleaned Up: 18
Number of Cleanup Jobs Leveraged: 0
EPA Cleanup Funding: $500,000.00
Leveraged Funding: $6,000,000.00
Cost Share Funding:
Total Funding: $6,500,000.00


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Climate Adaption and Mitigation - Demolition or Cleanup

Selected Strategy(ies)Explanatory Text
Design of cleanup allowed for siting of weather-related and disaster-related resiliency measures in site reuseThe capacity of a system to maintain function in the face of stresses imposed by extreme weather events and natural disasters and to adapt the system to be better prepared for future related impacts.
Reduce energy usePractices to reduce energy use may include limiting or eliminating idling of heavy equipment; maximizing use of machinery with advanced energy saving controls; use of cleaner fuels to power machinery and auxiliary equipment; onsite carbon sequestration (e.g., soil amendments, revegetation); reducing fuel consumption to save energy; and maximizing use of renewable energy.
Sustainable land management practicesSustainable land management practices capitalize on a "whole-site" approach that accelerates cleanup while returning a site to its natural conditions. Practices focus on opportunities to preserve natural land features, maintain open space, sequester carbon, enhance biodiversity, increase wildlife habitat, and minimize surface and subsurface disturbance. Sustainable land management practices at a brownfields site may include minimizing unnecessary soil and habitat disturbance or destruction; use of native species to support habitat; and onsite remediation approaches such as bioremediation and/or phytoremediation.


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Institutional and Engineering Controls

No
No


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Redevelopment and Other Leveraged Accomplishments

Start DateLeveraged FundingCACompletion Date
06/17/2024$2,500,000.00Oregon State University


Number of Redevelopment Jobs Leveraged:
Actual Acreage of Greenspace Created:
Leveraged Funding:


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Climate Adaption and Mitigation - Redevelopment

Selected Strategy(ies)Explanatory Text
Incorporate green building techniquesGreen building is the practice of creating healthier, more resource-efficient models of construction, renovation, operation, maintenance, and demolition. Green building techniques can be instrumental in addressing increased frequency and intensity of extreme weather events and natural disasters by more effectively controlling stormwater, reducing waste and energy use, and designing smarter infrastructure that allows for adaptation and mitigation. Techniques may include green roofs; energy, lighting, and water efficiencies; use of sustainable building materials; and incorporation of passive survivability features. Passive survivability is a building's ability to maintain habitability without relying on external utility systems for power, fuel, water, or sewer services, as well as being better able to withstand floods, severe weather, and temperature extremes.
Install green infrastructureGreen infrastructure includes practices and features to reduce the burden of storm events on local water infrastructure. Examples include green roofs, downspout disconnection, urban tree canopies, rainwater harvesting, rain gardens, planter boxes, green parking (permeable pavement), urban agriculture, and community open space.
Incorporate renewable energy developmentRenewable energy development may include solar, wind, geothermal and combined heat and power (CHP).


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Additional Property Attributes

The TBA was focused on subsurface temperatures and related decomposition processes. Accordingly, this TBA did not include sampling and testing for such common environmental contaminants, except as they may be the byproduct of ongoing waste degradation processes. Prior limited soil, groundwater, and soil gas sampling has occurred. While this testing has identified diesel range petroleum hydrocarbons, acetone, several polycyclic aromatic hydrocarbons, and several metals in soil samples, such detections were isolated occurrences that did not point to large-scale, area-wide contamination.

Former Use: The DCDL is an out-of-use landfill, with partial closure status, adjacent to both an out-of-use open pumice mine and the Oregon State University-Cascades (OSUCascades) campus. Previous work at the landfill site has identified subsurface locations with elevated temperatures and anaerobic/pyrolytic decomposition. Long-range development plans for the campus include expansion onto the landfill and open pumice mine properties, with the potential to facilitate reclamation of both by using waste from the DCDL to fill and regrade the open pumice mine.
Commercial (18)


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