Green Infrastructure in the Greater Lansing Area
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1 Green Infrastructure in the Greater Lansing Area Friday May 9, 2014 David Christian, PE DC Engineering Lansing, MI Dan Christian, PE Tetra Tech Lansing, MI 1
2 2 Edgewood Village Center Cedar St School Harvesting Supervisors House Bioretention Washington Sq Bioretention Michigan Ave Bioretention Barnes Pavement/Infiltration Waverly Regional Network
3 Michigan Avenue Planter Box Bioretention Grand River Lansing Lugnuts Sparrow Hospital Michigan Avenue Bioretention Area Larch Street Pennsylvania Avenue 3
4 Design Ultra-Urban 5-ft wide planter box style bioretention 30 bioretention gardens 7,631 square feet 4.1 acre tributary area 4 blocks, both sides ADA compliant Adaptable to community needs 4
5 Construction 2007 to
6 Final Product Cost $122/sf ($30/sf without urban constraints) Storage Volume 1.5 cf/sf Cost $81/cf of storage 90% Storm Design (+/-) 75% decrease in average annual runoff volume 1-year 1-hour This planter box bioretention treats the 25-year storm event (4.1-inches) 6
7 Challenges and Lessons Learned Trash/debris Collection Cigarette butts Dog poop Wind blown trash Education Local businesses Maintenance Design-Construction Plant now, don t wait Geotextile Detailed grading plans Cars hitting the fence Monitoring Low flows Simulated rainfall event 7
8 Cedar Street School (aka Old Town Medical Arts Building) Cedar St School Harvesting 8
9 Project: Repurposing vacant school building. Now medical office, gymnasium, and commercial lease space Rain Water Harvesting Cedar Street School Storm Water Components Rain water harvesting 6,500 sft Roof Area 1,200 gal Cistern Swirling concentrator Subsurface detention and infiltration Captures and treats 90% average annual rainfall
10
11 Rain Water Harvesting Cedar Street School Cistern Fill Lines
12 Rain Water Harvesting Cedar Street School Water Distribution
13 Rain Water Harvesting Cedar Street School Lessons Non-standard plumbing permit request, plan for extra time Filter requires regular cleaning Rainwater harvesting provides 91% of non-potable water demand 4% of the annual rainfall on site 20% of annual rainfall on roof
14 Rain Water Harvesting and Site Infiltration Edgewood Village Community Center Edgewood Village Center 14
15 Rain Water Harvesting and Site Infiltration Edgewood Village Community Center Project: New Community Center for Apartment Complex with Active Community Garden Storm Water Components Rain water harvesting 3320 gallon tank (Garden Irrigation, seasonal use) Pervious grass pavement Subsurface infiltration bed, 1062 cft storage capacity No positive drainage until system is full Captures and infiltrates 90% average annual rainfall
16 Rain Water Harvesting and Site Infiltration Edgewood Village Community Center Design Pervious grass pavement Subsurface infiltration bed, 1062 cft storage capacity
17 Rain Water Harvesting and Site Infiltration Edgewood Village Community Center Rain water harvesting $37/cft storage within infiltration and collection system $18/cft cistern storage and distribution Project Challenges High ground water No standing water allowed
18 Barnes Avenue Porous Pavement and Median Infiltration Grand River Barnes Avenue Porous Pavement Median Infiltration Bradley Ave Todd Ave S. Washington Square 18
19 Permeable Pavers Parking Lane Barnes Ave Residential road Permeable paver strip in parking lane Residents excited Storage volume 4.7 cf / sf 19
20 Boulevard Median Infiltration Barnes Ave Median depression in select areas Targeted tree removal and replacement 2-ft soil amendments / replacement Construction challenges Storage volume 2.0 cf/sf 1st Attempt 3rd Attempt 20
21 Curb Extension Bioretention Washington Square Ionia St Grand River Bioretention Area Ottawa St Washington Square Radisson Inn 21
22 Curb Extension Bioretention Washington Square Storm water components 2 acre runoff 100% impervious 12 Rain Gardens with total 8300 cft storage. Triple shredded bark mulch 3 Engineered soil Aggregate layer with underdrain Ultra urban setting Captures and treats 90% annual rainfall
23 Curb Extension Bioretention Washington Square
24 Curb Extension Bioretention Washington Square
25 Installation Cost $32/cft storage Lessons Pre-treatment not required in all locations Riprap spillway needs support Maintenance needs vary with age of garden Year One, 20 hours/garden Year Two, 6 hours/garden Curb Extension Bioretention Washington Square
26 Constructed Wetland Waverly Road Regional Network Connector 26
27 Constructed Wetland Waverly Road Regional Network Connector Project: Non-motorized trail project currently under construction. Impervious surface reduction of 32% Storm Water Components Three rain gardens One constructed wetland Captures and treats 90% annual rainfall Before Picture
28 Design 7 separation from normal ground water elevation Downward water draw Wetland Plant Selection Constructed Wetland Waverly Road Regional Network Connector
29 Bioretention Supervisors House 29 Supervisors House Bioretention
30 Bioretention Supervisors House Storm water components Disconnected impervious surfaces Permeable walking path Rain garden 24 Engineered Soil Mix Aggregate layer with underdrain Orifice controlled outlet Captures and treats 90% annual rainfall
31 Bioretention Supervisors House Lessons A lot of subsurface water can flow through dry creek bed Aesthetics of Green Infrastructure is an asset to property
32 Thanks and Questions David Christian, PE DC Engineering Lansing, MI Dan Christian, PE Tetra Tech Lansing, MI 32
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