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Water

Storm Water Management & Domestic Water Conservation

Updated: August 2008

Stormwater Master Plan

Developing a campus stormwater master plan is the first step in implementing a comprehensive approach to management, and a key to establishing goals, strategies, and parameters for study. The following master plan framework is currently under review by the university.

Goals

  • Develop and implement a comprehensive stormwater strategy that aligns with campus-wide sustainability measures
  • Leverage impact of development on local streams, regional watersheds and natural resources into opportunities for improved natural function
  • Create capacity on a campus-wide basis by implementing strategic stormwater projects

Strategies

  • Build on good historic practices and updates to local stormwater regulations to enhance the campus-wide stormwater management strategy
  • Evaluate existing conditions and model future anticipated conditions based on growth; identifying opportunities for restoration, water detention and infiltration, reduction of impervious surface area, reduction of peak flows, water quality improvements, and detention basin improvements
  • Implement site-specific low impact development techniques to the greatest extent practicable
    • reduce or minimize impervious cover and preserve open space
    • reduce or minimize peak rate and volume
    • provide water quality treatment to remove Total Suspended Solids using landscape based solutions
  • Explore opportunities for stormwater management strategies to serves as edcuational, research and recreational assets for campus and the surrounding community
     

Projects

Rain Gardens:

  • Chemistry (under construction)
  • Neuroscience (under construction)

Green Roofs:

  • Butler College, 50% of roof area to be "green" with conventional roofs as contrast for academic study (under construction)
  • Operational Research and Financial Engineering (ORFE)
     

Domestic Water Conservation

Reducing Personal Impacts

Student water consumption will be reduced by an estimated 9 million gallons per year through these simple and cost-effective retrofits:

  • Shower heads and sink aerators replaced in all dorms by fall 2008
  • Toilet flush valves in all dorms replaced with dual flush units by fall of 2008
     

Reducing Water Use in Academic Buildings

New Chemistry (under construction)

  • Rainwater collection and storage from rooftops for reuse in building toilets
  • Low flow fixtures

Butler College (under construction)

  • Rainwater collection and storage from rooftops for irrigation reuse in outdoor amphitheater
  • Low flow fixtures
     

Reducing Water Use in Landscaping

  • Maintain university tradition of non-irrigation of campus, with exceptions including establishment of new plantings, a limited number of specialty plantings, and athletic fields
  • Maintain focus on plantings that require minimal maintenance and water over time
  • Increase the use of rain gardens as landscape features
  • Evaluate the installation of soil moisture sensor equipment tied in to athletic field water systems

more updates coming...