SportsTurf

May 2013

SportsTurf provides current, practical and technical content on issues relevant to sports turf managers, including facilities managers. Most readers are athletic field managers from the professional level through parks and recreation, universities.

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the last five years but has had a very positive effect on how our division performs its daily work assignments. It is not an easy comparison to gauge what the overall savings of a building with green components compared to traditional construction as the facility we came from was considerably smaller, although the utilities are significantly less for a facility of this size. The buildings are a demonstration project, and we give tours to any interested party. One of the questions that is usually asked is, "What green practices work the best?" We have found that the ground source heating system, the photovoltaic panels, sun tunnels and the rainwater reuse system work the best. In the past 5 years, this facility has experienced two blizzards, a hurricane, two tropical storms, a derecho (a widespread, longlived, straight-line windstorm that is associated with a fast-moving band of severe thunderstorms), an earthquake, and a direct lightning strike to the building. The Parks and Grounds Maintenance Facility provides our division with a first-rate platform to work from under normal conditions and in times of emergencies that should last many years to come. n Ed Hall is parks supervisor for the City of Bowie, MD Parks and Recreation Department. A bio-retention pond is constructed on site to capture water runoff and naturally filter it before it is released into the ground. Solar heated hot water panels on the roof of the vehicle storage building use the energy of the sun to heat water used for washing vehicles and equipment. Water comes from rainwater collected on site. Photovoltaic (PV) panels produce electricity and constantly pump it back into the grid, reducing the amount of power that must be purchased. Two of the walls here (one on the side and one on the back of the structure)are constructed out of bales of straw, covered in plaster. The highly compressed straw is fireproof and provides an outstanding level of insulation, using a renewable material. www.stma.org

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