2012 Saginaw Bay Watershed Conference

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1 2012 Saginaw Bay Watershed Conference March 16, 2012 Russ Beaubien, P.E., CFM Low Impact Development Fundamentals Summary LID overview Education on LID Fundamentals of LID Examples of LID practices Other benefits for older communities CSO Basins Green Space Low Impact Development (LID) definitions: Use of architectural, landscape, & vegetative features to reduce the proportion of impervious surface land area & to retain rainwater where it falls (Washington DC) An ecologically friendly approach to site development & storm water management that aims to mitigate development impacts to land, water, & air. (Municipal Guide to LID) A stormwater management strategy that emphasizes conservation & use of existing natural site features integrated with distributed, small-scale stormwater controls to more closely mimic natural hydrology patterns in residential, commercial, & industrial settings. (Puget Sound LID) Implementation of developmental strategies or best management practices in a manner that maintains predevelopment hydrology, or decreases runoff quantity, and improves runoff quality. 1

2 Low Impact Development (LID) Goals: Preserve open space & minimize land disturbance Protect natural systems & processes (water cycle) Re-examine the use & sizing for traditional site infrastructure & customize site design to each site Incorporate natural site elements as design elements Decentralize & micro-manage stormwater at its source Protect & Preserve our Water Resources Michigan truly is a water wonderland LID is the cornerstone of storm water management With LID we are mimicking the site s predevelopment hydrology Infiltrate, evaporate Filter Store, detain runoff NAHB Storm Water Runoff Unfortunately we have made it a pollutant source We need to design to protect this water resource More municipalities need to consider how to protect this water source Site Planning to protect storm water Storm Water Regulations Storm Water runoff is recognized as a pollutant load to surface waters Current practices to handle storm water runoff is not good NPDES Phase II regulations 300+ municipalities/counties in MI involved Low Impact Development & Design can help 2

3 How can LID be Implemented? Must overcome perceptions Insufficient land available for implementing BMPs LID is costly to implement However, LID systems are most effective when applied on private developments LID Implementation Public Education Change the stormwater collection paradigm slow the process down Developmental economics show how money can be saved with LID Community Planning and commitment Reduce barriers to LID in building and zoning regulations (e.g. curb & gutter, parking) Infiltrate LID Fundamentals Use of BMPs on sites to mimic infiltration Put precipitation into the ground to recharge groundwater Filter Use of infiltration techniques to clean the runoff of any pollutants it has picked up Store or Detain Use of BMPs that detain the peak flows from sites. How Do We Implement? Education of decision makers Have storm water design standards Site Assessment Determination of site hydrology Develop a site specific storm water management plan Assess BMPs carefully Implement the management plan 3

4 LID Method: Porous/Permeable Pavement Alternative to conventional pavement Reduces impervious surface Increases infiltration Decreases runoff Provides runoff storage Pavers & Cold Climates Will pavers work in Michigan? Frost heaving? How do we plow? Not recommended in areas with potentially contaminated runoff EPA 2004 Grass Pavers Grass Pavers Cellular, cement, plastic, other materials For use in overflow parking areas Access routes along buildings Example; SVSU Ryder Center 4

5 LID Method: Green Roofs Green Roofs Utilizes rooftop vegetation & soil Detains, absorbs, & filters water Delays peak runoff Reduces runoff volume Reduces runoff discharge rates 2 basic types: Intensive Roof garden for aesthetic & recreational uses Extensive Continuous, thin layer of growing medium EPA 2004 Jones 2004 LID Method: Bioretention Utilizes soil & plants to filter & infiltrate runoff from impervious areas Increases infiltration Reduces runoff volume Reduces runoff discharge rates Applicable for parking lots, median strips, sidewalks, etc. Bio-Retention example Site in Escanaba Incorporates existing wetlands Filters and cools storm water Discharges to another wetland area EPA

6 LID Method: Bioretention Cells Rain Garden Example Also known as rain gardens Vegetated depressions Stores & infiltrates runoff Reduces runoff volume Reduces pollutant concentrations Lot of demonstration sites Labor intensive for first few years Needs to be part of site development options (e.g. condos) Use for drainage problems Jones 2004 LID Method: Roof Drain Redirection Disconnects roof drainage from storm sewer system Redirects water Onto lawns or gardens or into rain barrels for irrigation purposes To a dry well or drain field Requires public education LID Method: Vegetated Swales Shallow vegetated swale Conveys, infiltrates, & stores runoff May be designed to be wet or dry EPA 1999 Jones

7 Grayling LID Success Stories Use of rain gardens for street and residential runoff Cools and filters storm water before discharge into the Au Sable River Prince George s County, Maryland 80-acre development consisting of 199 homes on 10,000 square foot lots LID practice: Utilized bio-retention techniques instead of traditional stormwater detention ponds LID Success, continued Hope College Holland, MI Stormwater from site has WQ treatment before discharge NAHB Urban Drainage Issues Use of these techniques creates a situation where drainage issues can be resolved. Landscaping & Bio-retention cells Decreases pipe sizes Addresses water quality issues Improves neighborhood aesthetics Towar Rain Garden Drain Ingham County Lake Shore Drain Berrien County LID Opportunities Some regions of Michigan must start to De-Urbanize Look at the Social Aspect of LID implementation Improved Municipal Aesthetics More Green Space for parks & recreation Reduction of urban heat signature Space for urban agriculture? 7

8 Impact of LIDs on CSOs Increased infiltration: Decreases stormwater volume Decreases stormwater discharge rate Provides relief from peak flows Increased filtration: Reduces pollutant concentrations Combined Sewer Overflow (CSO) Basins CSO basins are designed to hold excess water during high flow events Prevent flooding of the combined sewer system Protect both the treatment plant & connected houses/businesses Release water back into the system as flows decrease Overall, decreases occurrence of & impact of overflows into regional water bodies Supply primary treatment with disinfection MDEQ Preliminary Model of Fitzhugh CSO District Fitzhugh CSO Basin District Land Use Scenario % Impervious Flow (cfs) Current Residential 67% % Flow Reduction LID Residential 35% % Commercial 80% LID Commercial 65% % References Low Impact Development Manual for Michigan, 2008; DOD. Unified Facilities Criteria: Low Impact Development. U.S. Department of Defense. October EPA. Combined Sewer Overflows. U.S. Environmental Protection Agency. EPA. Report to Congress: Impacts & Control of CSOs & SSOs. U.S. Environmental Protection Agency. August EPA. Combined Sewer Overflow Technology Fact Sheet: Inflow Reduction. U.S. Environmental Protection Agency. September Hager, Mary C. Low-Impact Development. Stormwater. January/February Jones, Phillip. Low Impact Development. Kloss, Christopher & Crystal Calarusse. Rooftops to Rivers: Green Strategies for Controlling Stormwater & Combined Sewer Overflows. Natural Resources Defense Council. June MDEQ. Saginaw Bay Area CSO Presentation. Water Bureau, Michigan Department of Environmental Quality. Montalto, F. et. Al. Rapid assessment of the cost-effectiveness of low impact development for CSO control. Landscape Urban Planning NAHB. Municipal Guide to Low Impact Development. NAHB Research Center. Puget Sound Action Team. Low Impact Development: Technical Guidance Manual for Puget Sound. Puget Sounds Action Team & Washington State University Pierce County Extension. January UMD. Reducing Combined Sewer Overflows: Towards Clean Water in Washington D.C.. School of Public Affairs. University of Maryland. May

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