Property Details for Aurora Medical Clinic

On this page:

Profile Information
Property Location
Property Progress
CAs Associated with this Property
Assessment Activities at this Property
Climate Adaption and Mitigation - Planning or Assessment
Contaminants and Media
Cleanup Activities
Climate Adaption and Mitigation - Demolition or Cleanup
Institutional & Engineering Controls
Redevelopment and Other Leveraged Accomplishments
Climate Adaption and Mitigation - Redevelopment
Additional Property Attributes

Legal Notices

Profile Information

Property Alias

Former Pressed Steel Tank (sub-divided)

Property Owner

Private

ACRES Property ID

258031

Property Address

6609 W. Greenfield Avenue West Allis, WI 53214

Size

2.72

Parcel Numbers

4540651001

Latitude/Longitude

43.016293008354 / -87.994742024687

Congressional District

Property Contact

Rogers, Kyle

rogers.kyle@epa.gov

312-886-1995

Top of Page

Property Location

Top of Page

Property Progress

Assessment

Clean Up

Institutional Controls in Place

Engineering Controls in Place

Ready for Anticipated Use

Redevelopment Underway

Top of Page

CAs Associated with this Property

CA Name	CA #	State	Type	Announcement Year
West Allis, City of	BF00E00912	WI	BCRLF	2011

Top of Page

Assessment Activities at this Property

There are no current assessment activities.

Is Cleanup Necessary?
EPA Assessment Funding:
Leveraged Funding:
Total Funding:

Top of Page

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 disasters	Building 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.
Other	Enter additional planning or assessment activities that incorporate strategies to address impacts from extreme weather events and natural disasters.

Selected Strategy(ies)

Explanatory Text

Adoption of building codes that consider impacts from extreme weather events and natural disasters

Building 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.

Other

Enter additional planning or assessment activities that incorporate strategies to address impacts from extreme weather events and natural disasters.

Top of Page

Contaminants and Media

Contaminant Found

Arsenic
Lead
Other Metals
PCBS
VOCs

Remediating Action for Contaminants

Cleaned Up
Cleaned Up
Cleaned Up
Cleaned Up
Cleaned Up

Media Affected

Ground Water
Soil

Remediating Action for Media

Cleaned Up
Cleaned Up

Top of Page

Cleanup Activities

There are no current cleanup activities.

Cleanup/Treatment Implemented: Y
Cleanup/Treatement Categories:
Addl Cleanup/Treatment info: Sub-slab depressurization system to mitigate vapor intrusion
Address of Data Source:

Top of Page

Climate Adaption and Mitigation - Demolition or Cleanup

Selected Strategy(ies)	Explanatory Text
Reduce energy use	Practices 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.
Reduce waste and manage materials sustainably	Practices to reduce water and manage materials sustainably may include minimizing consumption of virgin materials; minimizing waste generation; use of recycled products and local materials; beneficially reusing waste materials (e.g. concrete made with coal combustion products replacing a portion of cement); and segregating and reusing or recycling materials, products, and infrastructure (e.g. soil, construction and demolition debris, buildings).

Selected Strategy(ies)

Explanatory Text

Reduce energy use

Practices 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.

Reduce waste and manage materials sustainably

Practices to reduce water and manage materials sustainably may include minimizing consumption of virgin materials; minimizing waste generation; use of recycled products and local materials; beneficially reusing waste materials (e.g. concrete made with coal combustion products replacing a portion of cement); and segregating and reusing or recycling materials, products, and infrastructure (e.g. soil, construction and demolition debris, buildings).

Top of Page

Institutional and Engineering Controls

Indicate whether Institutional Controls are required

Yes

Categories of Controls

Information Devices

Additional Institutional Controls Information

Address of Data Source (URL if available)

https://apps.dnr.wi.gov/botw/GetActivityDetail.do?detailSeqNo385114

Are Institutional Controls in Place

Yes

Date Institutional Controls were put in place

03/03/2021

Indicate whether Engineering Controls are required

Yes

Categories of Controls

Cover Technologies (e.g., Capping) Other SSD system is in place

Additional Engineering controls information

Sub-slab depressurization system to mitigate vapor intrusion

Address of Data Source (URL if available)

https://apps.dnr.wi.gov/botw/GetActivityDetail.do?detailSeqNo385114

Indicate whether Engineering Controls are in place

Yes

Date Engineering Controls were put in place

04/01/2018

Top of Page

Redevelopment and Other Leveraged Accomplishments

Start Date	Leveraged Funding	CA	Completion Date
12/01/2017	$2,500,000.00	West Allis, City of	12/01/2018
12/01/2017	$296,390.00	West Allis, City of	12/01/2018
12/01/2017	$4,700,000.00	West Allis, City of	12/01/2018
12/01/2017	$5,243,390.00	West Allis, City of	12/01/2018

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

Top of Page

Climate Adaption and Mitigation - Redevelopment

Selected Strategy(ies)	Explanatory Text
Install green infrastructure	Green 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 and encourage multi-modal transit opportunities in redevelopment activities	Planning, designing and building streets that enable access for all users, including pedestrians, bicyclists, motorists and transit riders. Brownfield redevelopment projects can incorporate sidewalks in their plans to allow for pedestrian traffic, outdoor public spaces to encourage community gatherings, and bicycle parking, bike share rentals, and bike trails to encourage biking throughout the community.

Selected Strategy(ies)

Explanatory Text

Install green infrastructure

Green 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 and encourage multi-modal transit opportunities in redevelopment activities

Planning, designing and building streets that enable access for all users, including pedestrians, bicyclists, motorists and transit riders. Brownfield redevelopment projects can incorporate sidewalks in their plans to allow for pedestrian traffic, outdoor public spaces to encourage community gatherings, and bicycle parking, bike share rentals, and bike trails to encourage biking throughout the community.

Top of Page

Additional Property Attributes

Property Highlights

Predominant Past Usage

Industry (2.72)

What types of funding are being used on this property?

Hazardous

State and Tribal Program Information

ID Number (if Applicable): 02-41-385114 Enrolled:

Date No Further Action Letter Received

03/03/2021

Date Letter/Signed Report Received from a Qualified Professional