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254229
113 N Court Street BUENA VISTA, CO 81211
.46
38.84341717765159 / -106.12773212116342
7
Lanzano, Theodore
Lanzano.Ted@epa.gov
303-312-6596


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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
R8 TBA - Colorado (BIL)4Bn/aCOTBA2022
R8 TBA - Colorado (STAG Funded)n/aCOTBA2004
Watershed NP, Inc4B96884601COCleanup2023


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Assessment Activities at this Property

ActivityEPA FundingStart DateCompletion DateCAAccomplishment Counted?Counted When?
Cleanup Planning$2,943.0009/19/202310/26/2023R8 TBA - Colorado (BIL)
Cleanup Planning$2,544.0008/31/202212/05/2022R8 TBA - Colorado (BIL)
Phase I Environmental Assessment$6,846.0007/21/202208/12/2022R8 TBA - Colorado (BIL)YFY25
Phase II Environmental Assessment$54,172.0008/24/202204/26/2023R8 TBA - Colorado (BIL)N


Is Cleanup Necessary? Yes
EPA Assessment Funding: $66,505.00
Leveraged Funding:
Total Funding: $66,505.00


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Climate Adaption and Mitigation - Planning or Assessment

Selected Strategy(ies)Explanatory Text
Adoption of building codes that consider impacts from extreme weather events and natural disastersBuilding codes can encourage implementation of mitigation and adaptation techniques for extreme weather events and natural disasters. Codes may require that infrastructure be planned and built to avoid or minimize future damage or costly repairs from increased frequency and intensity of flooding, drought, wildfires, and other projected extreme weather/disaster events. Codes may also lead to energy savings for commercial and residential buildings by specifying minimum requirements for building components such as insulation, water use, heating and cooling systems, lighting, windows, and ventilation systems. Effective building code requirements may vary regionally due to differences in natural hazards.


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Contaminants and Media


Asbestos
Lead
Cleaned Up
Cleaned Up
Building Materials
Cleaned Up

Cleanup Activities

Start DateEPA FundingCompletion DateCAAccomplishment Counted?Cleanup Documentation
08/01/202310/31/2024Watershed NP, IncYes
08/01/2023$979,222.0010/31/2024Watershed NP, IncYes
08/01/202310/31/2024Watershed NP, IncYes


Cleanup/Treatment Implemented: U
Cleanup/Treatement Categories:
Addl Cleanup/Treatment info:
Address of Data Source:
Total ACRES Cleaned Up: .46
Number of Cleanup Jobs Leveraged: 7.8
EPA Cleanup Funding: $979,222.00
Leveraged Funding: $346,171.00
Cost Share Funding:
Total Funding: $1,325,393.00


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Climate Adaption and Mitigation - Demolition or Cleanup

Selected Strategy(ies)Explanatory Text
N/AThis property does not incorporate demolition or cleanup activities to address impacts from extreme weather events and natural disasters. If no activities were incorporated, select this option.


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Institutional and Engineering Controls

No
No


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Redevelopment and Other Leveraged Accomplishments

Start DateLeveraged FundingCACompletion Date
12/01/2023$250,000.00Watershed NP, Inc10/31/2024
12/01/2023$487,735.00Watershed NP, Inc10/31/2024
12/01/2023$1,000,000.00Watershed NP, Inc10/31/2024


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
Address extreme weather/disaster-related risk factors and infrastructure or utility vulnerabilities through redevelopmentRedevelopment addresses potential risk factors and infrastructure or utility vulnerabilities resulting directly from the impacts of extreme weather events and natural disasters. The redevelopment mitigates risk associated with factors such as proximity to the ocean, infrastructure vulnerabilities, property affected by a revised FEMA flood plain, drought monitor, or wildfire risk map, vulnerability related to changes in frequency and intensity of precipitation events, vulnerability of soil type due to moisture and hydraulic changes, and ground and surface drinking water vulnerabilities.
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.


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Additional Property Attributes

The TBA consisted of an ASTM 1527-13 Phase I and ASTM E1903-19 Phase II Environmental Assessments. Phase II consisted of sampling for asbestos and lead based paint to support the previously conducted assessment. Phase II also included installing one temporary groundwater well to collect a groundwater sample that was analyzed for VOCs. The Phase II identified asbestos containing materials (ACM) in the gym storage room, the building's roof, the gym's shower room, walls and bathrooms. ACM was in approximately 6,482 ft2 of roofing material, 466 ft2 window glazing, 8 light fixtures, and 1,478 ft2 of CMU sealant. Assessments determined that both the upper and lower roofs had friable ACM in their construction varying from 3-55% chrysotile. The interior of the Gym contained approximately 882 ft2 of LBP and approximately 9,000 ft2 of LCP in high traffic areas to be used by children and/or areas that will be disturbed in the course of construction. The roofs were abated with a full containment with an attached decontamination unit and waste load-out. All ACM abatement included permitting through the CDPHE Air Quality Control Unit, creating containment areas, abating ACM and preparing it for disposal, disposal at a certified landfill, and third-party asbestos clearance monitoring and sampling. ACM was disposed of at a CDPHE licensed landfill approved to accept friable ACM waste. LBP and LCP were abated throughout the Gym interior adhering to lead renovation, removal, and repair ("RRP") standards, including full removal and disposal of the LBP-encased stage. Assumed mercury containing components throughout the gym such as switches, thermostats were removed and properly disposed of. The visually identified 169 ft2 of mold in the bathrooms and on the ceiling tiles was also remediated. A VCUP Application letter was drafted and finalized for McGinnis Gymnasium to verify that the groundwater on the subject property was not impacted by the aboveground storage tanks located at the adjacent north former school bus fueling area, and a No Further Action Determination letter was received. After being vacant and condemned for over 10 years, the property now serves as a gymnasium, performance, and gathering space for the Buena Vista School District--particularly elementary and preschool aged children--and the Town of Buena Vista for recreational purposes.
02/26/2025
01/27/2025


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