1. Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan
Matt Tunnard, PE, Ford Land Donald Carpenter, Ph.D, PE, LEED AP David Anthony, PLA, ASLA

2. Campus Master Plan Highlights2
Campus Master Plan Highlights
Smith Group JJR
Dearborn Campus Transformation Master Plan – 2016
Guiding Principles – Served as the Basis for setting the vision and implementation framework:
Campus Environment
Connectivity
Workplace
Sustainability
Growth
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Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan

3. Campus Master Plan Highlights3
Campus Master Plan Highlights
Master Plan Strategies
Differentiation Strategy
Programmatic Strategy
Workplace and Mobility Strategy
Sustainability Strategy
Placemaking and Connectivity Strategy
Change Management Strategy
Sustainability Goals
Improve Energy Efficiency
Improve Air Quality
Improve Water Efficiency
Improve Soil Quality
Using, recycling, and diverting materials & waste
Advancing health and wellness goals
Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan

4. Research & Engineering Campus

5. Ford Dearborn Campus - Research & Engineering Campus

6. Summary of Stormwater Modeling Required6
Summary of Stormwater Modeling Required
Area
LEED Version
Storm Event
1-yr 24-hr (1.87”)
2-yr 24-hr (2.26”)
98th Percentile (1.67”)
100-yr 24-hr (4.36”)
R&E Campus
N/A
Historic & Future (Volume)
Historic & Future (Rate)
LEED Campus W. Sub-Basin V3
Historic & Future (Volume & Rate)
LEED Campus N. Sub-Basin V4
Future (Volume)
LEED Campus E. Sub-Basin
CEP
DDL
Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan

7. Base Map Exhibit for Historic Modeling

8. Green Stormwater Infrastructure8
Green Stormwater Infrastructure
Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan

9. Stormwater Design Criteria9
Stormwater Design Criteria
Overall Site Guideline:
Manage stormwater where it falls and ensure water leaving the site meets pre- development conditions
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Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan

10. Key Stormwater Design Targets10
Key Stormwater Design Targets
Improve water quality in addition to appropriate detention;
Achieve a Water Score of 100%, where 100% = the pre-settlement baseline runoff rate;
Capture rainwater on-site;
Remove 80% of the average annual post-development TSS for discharges;
Increase the total acreage planted with native or adaptive species by 200%;
Utilize detention and green infrastructure to meet these targets.
Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan

11. REC Master Plan Basis for Design11 11
REC Master Plan Basis for Design
Develop design standards and templates for detention and GI practices
Document how stormwater management practices meet master plan targets
Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan

12. REC Stormwater Master Plan Products12
REC Stormwater Master Plan Products
Stormwater Design and Phasing Plan
Stormwater Model of Pre and Post Conditions
Landscape Master Plan
Adaptive Model Framework
O & M Manual for all BMP’s On-site
Monitoring and verification plan
LEED Credit Plan
Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan

13. Stormwater Volume and Detention Criteria13
Stormwater Volume and Detention Criteria
City of Dearborn Pre-Development Runoff Rate – 0.55 CFS/Acre for the 100-Year/ 24-hour runoff rate
DCT Master Design Criteria for Water Score 100 – Capture Runoff Volume from the 2-year/24-Hour Rain Event
LEED Goals for Capturing the 98% Recurrence Interval Rain Event
Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan

14. Stormwater Volume and Detention Criteria14
Stormwater Volume and Detention Criteria
City of Dearborn Pre-Development Runoff Rate – CFS/Acre for the 100- Year/ 24-hour runoff rate
Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan

15. Stormwater Capture Volume15
Stormwater Capture Volume
Integrated Design has yielded innovative solutions.
Combine structural BMP’s with Green BMP’s.
Landscape solutions that meet stormwater design criteria and aesthetic and functional design goals.
Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan

16. Considerations: Material hydrologic properties
Haydite BioBlend
Haydite C & Haydite H
6A Stone
Porosity
0.52
0.64
0.35
Field Capacity
0.38
0.20
0.06
Wilting Point
0.08
0.00
Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan

17. On-going Design Requirements17
On-going Design Requirements
Master Stormwater Hydrologic Model;
Stormwater Design Phasing;
Landscape Master Plan;
O & M Manual
Monitoring and Verification Plan
LEED Credit Plan
Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan

18. Questions?
Ford Dearborn Campus Transformation: Green Stormwater Infrastructure Master Plan