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  • Biofiltration Soil Supplier
  • Bioretention Construction
  • About Biofiltration Soil
  • Bioretention Construction
  • How it Works
  • Best Plants for Bioretention Planting
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  • Bioinfiltration BMPs are cost-efective stormwater management tools.
  • Biofiltration is a key component in the LID approach to stormwater management.
  • Soil mix determines - in large part - flow control and water quality treatment performance.
  • Specifications for biofiltration soil are outlined by each state.
  • Be sure to allow sufficient time for testing your biosoil with an approved lab.
  • Find a reliable, certified source to purchase bioretention soil, reduce mobilization time and construction delays.
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  • Email: biosoil@moonnurseries.com

Bioretention Construction

Currently, bioretention constructions are the preferred best management practice for small sites. In highly urbanized areas a greater degree of hydraulic control may be prescribed.  To employ the proper bioretention hydraulics, professionals such as engineers, architects, property owners,
municipal  officials, and contractors may be employed to prepare engineering plans, design and/or review SWM/SWQ systems, conduct water quality inspection and observation, install and maintain bioretention basins, and try to understand the expectations and maintenance of the surface runoff. These individuals will also inspect the operation of the bioretention construction.

Bioretention Design and Construction

Guidelines for bioretention design and construction can be found at the websites for the EPA, the Department of Natural Resources for each state, or on some of the links listed below.  In most cases, these guidelines also specify the planting soil mix, specifying the coefficient of permeability recommended locally as well as the EPA recommended k value.  Soil providers should be able to describe the make up of their bioretention soil mix and provide proof of certification.  Moon Nurseries is a certified provider of bioretention soil, listed in the DNREC official website and documentation.

Plantings

When constructing bioretention facilities, in addition to specifying plants which can tolerate saturated conditions, specify plants which add aesthetic value to the property. Ensure plantings are taking and growing, since plant roots provide for much of the pollutant removal. Reports advise that we should consider the bioretention basin is working properly when there is no standing water and plants are healthy and growing.

 

Useful links:

  • Storm Water Technology Fact Sheet: Bioretention
  • Bioretention Manual
  • Field Performance of Bioretention: Water Quality
  • Bioretention and Bioinfiltration BMPs: Three researchers' experience
  • Bioretention.com
  • Stormwater Management Fact Sheet: Bioretention
  • http://www.stormwaterauthority.org/library/view_article.aspx?id=641
  • http://www.stormwaterauthority.org/events_education/

What's Happening

  • Maryland Biofiltration Soil Requirements Composition - Bioretention Soil Mix (BSM) as provided by the Maryland Department of Transportation. by Anna on Wed, 30 December 2009

Recent Projects

  • Middletown Fire Department
  • Mutationem Consuetudium Lectorum

Recommended Plants for Bio Retention Planting

  • Acer rubrum, Red Maple
  • Betula nigra, River Birch
  • Fraxinus americana, White Ash
  • Fraxinus pennsylvanica, Green Ash
  • Liquidambar styraciflua, Sweetgum
  • Liriodendron tulipifera, Tulip Poplar
  • Platanus x acerifolia, London Planetree
  • Quercus alba, White Oak
  • Quercus bicolor, Swamp White Oak
  • Quercus borealis, Red Oak
  • Quercus palustris, Pin Oak
  • Quercus phellos, Willow Oak
  • Taxodium distichum, Bald Cypress(C)
  • Amelanchier canadensis, Shadblow Serviceberry
  • Cercis canadensis, Redbud(P)
  • Cornus florida, White Flowering Dogwood
  • Magnolia virginiana, Sweetbay
  • Aronia arbutifolia, Red Chokeberry
  • Clethra alnifolia, Sweet Pepperbush
  • Cornus sericea, Red Osier dogwood
  • Hypericum densiflorum, St.John's Wort
  • Ilex glabra, Inkberry
  • Ilex verticillata, Winterberry
  • Itea virginica, Virginia Sweetspire
  • Lindera benzoin, Spicebush
  • Myrica pensylvanica, Baybery
  • Physocarpus opulifolius, Common Ninebark
  • Viburnum dentatum, Arrowwood
  • Juniperus virginiana, Eastern Red Cedar
  • Tilia americana, Basswood
  • Amelanchier arboreas, Downy Serviceberry
  • Aronia melanocarpa, Black Chokeberry
  • Cornus ammomum, Silky Dogwood
  • Cornus racemosa, Grey dogwood
  • Viburnum lentago, nannyberry

Biofiltration Soil Mixture Specifications

Delaware

  • 33.3% Triple Shred Hardwood Mulch
    Bulk Density (bD) = 2.4 yards/T = 833 lbs/yd
  • 33.3% Concrete Sand
    Bulk Density (bD) = .74 yards/T = 2700 lbs/yd
  • 33.3% Sphagnum Peat Moss
    Bulk Density (bD) = 1.5 yards/T = 1344 lbs/yd

Maryland

  • MDOT Specifications 

Pennsylvania

  • PENNDOT Specifications

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