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  • About Biofiltration Soil
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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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  • How it Works: About Biofiltration
  • Email: biosoil@moonnurseries.com

How it Works: About Biofiltration

What is Biofiltration?

Water biofiltration is the process of improving stormwater  quality through the processes of filtration through biologically influenced media. This pollution control technique uses living material to capture and biologically degrade pollutants.  Examples of biofiltration include bioswales, slow sand filters, and treatment ponds.


Bioretention removes contaminants as fluid passes through media or a biological system. In water treatment, and stormwater management, bioretention by microbes growing within soil or filter media enhance retention and degradation of contaminants from the water. The capacity to detain contaminants can buffer sudden concentration spikes from occurring in the outflow. Bioretention / bioinfiltration facilities are low impact design, green measures that reduce the creation of and then employ nature to address the detrimental impacts of urban stormwater.Stormwater biofiltration systems include: bioretention systems, rainwater gards, constructed surface flow wetlands, and constructed sub-surface flow wetlands.

In the past two decades,  state and federal regulation has moved from detention strategies of simply storing the water during a major storm event, to natural control measures encompassing both small and larger storms.  As noted in Congressional testimony, stormwater management techniques now necessarily include reducing the amount of pavement used, or disconnecting drainpipes so that stormwater runs over the grass, water reuse, and structures that integrate with nature, such as bioretention / bioinfiltration facilities, green roofs and pervious pavements.   

The state of Maryland has been a leader in stormwater management designs, and BMP's from the state and from Maryland counties like Montgomery have set the norms for many states. Soil mix in bioretention construction is of paramount importance, with many states publishing guidelines of the ideal mixture composition for effective, long-term local biofiltration. Delaware requires all suppliers of biosoil media to register with the state, and publishes this list for professionals involved in panning bioretention construction projects.


Moon Nurseries is a registered supplier with the state of Delaware for bioretention soil mixture.  Moon Nurseries also carries a full line of local vegitation for bioretention plantings, including moisture and flood-resistant grasses, shrubs and canopy trees.
For more information, or to order biosoil or bioretention plantings, contact Moon Nurseries at the number below.

 

Useful links:

  • Pennsylvania Water Quality Standards
  • Delaware Water Quality Requirements
  • Maryland Stormwater Management Guidelines
  • Maryland Stormwater Management Program
  • Maryland Water Quality Standards Webpage
  • National Water Quality Assessment Database - EPA

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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