This proposal seeks to develop a list of campus buildings capable of hosting solar energy systems and conducting a detailed feasibility evaluation of five sites for installation of these systems.  Solar energy systems may be utilized for the generation of electricity or for the production of hot water for domestic use, and this study will examine both possibilities. Factors taken into account will be the building’s energy use profile and applications, the building characteristics, the surrounding environment, and the visibility to the student body. Additionally, the report will specify equipment and budget needs, as appropriate to prepare the projects for bid and implementation. Solar energy systems larger than those at the University of Illinois exist at over 70 institutions and the University has made a commitment to obtain 5% of total energy from renewable sources from 2015 and 25% by 2025, which will require the installation of solar energy systems on campus. Significant benefits to our education, research and outreach missions are also likely from these installations. Finally, the completion of this feasibility study will help enable the actual installation of these arrays as well as secure matching funds from sources such as the Department of Commerce and Economic Opportunity. The Student Sustainability Committee is in favor of funding a grant in the amount of $9,900.

This proposal seeks to support a prairie initiative at the Institute of Natural Resource Sustainability. The institute will use its greenhouses to begin growing sustainable, native plants for use on campus. Additionally, INRS will design and plant a prairie landscape on the south side of the Natural Resource Building. This prairie will be maintained as a permanent exhibit for the public and featured during their annual open house, Naturally Illinois. A written and video instructional manual will be produced as a

learning tool as an important element of this project, which will assist the campus and others in installing and maintaining other sustainable landscaping projects. This project will thus help meet the commitments made by the campus relating to sustainable landscaping, as part of the Climate Action Plan. The Student Sustainability Committee is in favor of funding a grant in the amount of $20,000.

This proposal looks to reduce the usage of water on campus by conducting a study of the “true cost” of water used campus. The project first seeks to determine the quantity of water used and extrapolate the “true cost” of this water. From this point, the project wishes to study the quality of water currently being discharged as “blowdown” with the hope of finding a mechanism of reuse. With this data, pathways of water consumption reduction are expected to be identified. The identification of said pathways will allow for examination of differing methods of water use reduction. Following this, mechanisms of reuse of wastewater in areas such as landscape irrigation will be studied. The project is expected to then result in the ability of water to be reused in whatever locations are most cost-effective. The project itself is not going to result in any tangible change in the short-run, but it is expected to yield data that can be used by campus departments such as F&S for the eventual reduction of campus water-usage. Its goals fall into line with the Climate Action Plan, which outlines a 40% reduction of campus water usage by 2025. Thus, the Student Sustainability Committee is in favor of funding a grant in the amount of $10,000. 

This proposal seeks to provide funding to purchase and testing of the Activeion Ionator EXP Cleaning System to use and evaluate in daily cleaning operations in major buildings on the University Of Illinois Urbana-Champaign campus. This project will displace the use of chemicals for cleaning, reducing operating costs, natural resource use, and improving indoor air quality for all individuals on campus. This will thus help the University make its operations more sustainable, and Facilities and Services will also document their experience as a case study for other campus and community entities to emulate. On successful completion of the pilot, the Committee hopes to receive a proposal to help fund large-scale adoption of this cleaning system on campus. Thus, the Student Sustainability Committee is in favor of funding this proposal in the amount of $9,000.

This proposal looks to implement a two-year enhanced Integrated Pest Management (IPM) plan to assist University Housing with pest management needs, while reducing pest management costs, reducing students’ exposure to pests and pesticides, and promoting environmental stewardship. The project goals include: (1) Collaboration on a pilot IPM plan between University Dining Services and Terminix to evaluate IPM practices and identify possible ways to reduce pesticide applications in the dormitories food service areas; (2) Developing educational materials for students, parents and others regarding pest management and notifications of any pest related issues (some materials will be used for University-owned apartment residents and others for dormitories) in collaboration with University Housing; The project lead currently has a $30,000 grant from USDA National Institute for Food and Agriculture to promote school integrated pest management in Illinois. The Student Sustainability Committee is in favor of supporting a matching funds grant in the amount of $30,000 to be used only for activities at University-owned facilities at the Urbana campus.

This proposal seeks to fund 50% of the cost of part-time shop manager position as transition assistance to become fully self-supporting. This grant will help the Campus Bike Project become a financially sound, self-sufficient, self-funded shop, where all operating costs are recouped through memberships and the sale of recycled refurbished bicycles, new and used parts and accessories. The Campus Bike project is a cooperative where students can learn how to repair and maintain their bike for transportation throughout the year. The campus bike project provides significant services toward increasing bicycle use on campus, and has received significant previous investment from F&S, the Committee and the Institute of Natural Resource Sustainability. The Student Sustainability Committee is in favor of funding a grant in the amount of $7,500.

This proposal seeks to complete a feasibility study re: composting of campus food waste. The scope of work for this study includes evaluation of proposed composting sites and identification of the optimal location, specification of necessary site improvements, verification of analysis regarding program size and logistics and development of a program plan with capital equipment needs. This study will enable establishment of a food-waste program that will divert ~600 tons of foodwaste from the landfill annually (and accompanying methane and CO2 emissions), in support of the Illinois Climate Action Plan, and campus waste reduction goals. This project is also being supported by $7,400 funding from the Office of Sustainability. The Student Sustainability Committee is in favor of funding a grant in the amount of $15,000.

This proposal seeks to conduct a feasibility study off different options for implementing a bike-sharing program at the University of Illinois. A feasibility study for this project is a necessary step before implementation of a campus bike sharing project can be considered, in line with the Illinois Climate Action Plan. University bike-sharing programs exist in different forms across the country and the challenge is finding a model that will be highly used by students as well as being mostly self-sustaining. Committee funds will be used to support a half-time summer intern as well as for other expenses relevant to the study, with any unspent funds held for implementation of improvements to campus bicycle parking infrastructure. The Student Sustainability Committee is in favor of funding a grant in the amount of $10,000.

This proposal seeks to install a geothermal system at the Evergreen lodge and Retreat Center. The Evergreen Lodge is a 2828 sq. ft. structure used as lodging facilities for retreat center guests. The installation will result in energy savings of ~ $2,000 annually and provide the University with experience in handling geothermal installations – none of which are currently installed at the University. This project is also being supported by grant funds from the Department of Commerce and Economic Opportunities. Committee funds will be utilized for purchase and installation of equipment, such as a ground source heat pump unit, as well as drilling of borehole heat exchange pipes. Additionally, Allerton park has agreed to install an on-site educational display about geothermal energy. The Student Sustainability Committee is in favor of funding a grant in the amount of $18,000.

Retrocommissioning is an in-depth analysis of a building’s heating, ventilation, and air-conditioning systems.  This program restores peak operating conditions while optimizing the control strategies for energy conservation, sustainability, and client comfort.   

Since August of 2007, engineering teams have accomplished system updates and upgrades in 16 campus buildings for an average energy reduction of 28%. 

The F&S Environmental Compliance Department is always working towards enhancing environmental management and sustainable practices on campus and in the community.  Community collaboration and education are important components of stormwater management practices and fulfill requirements of the University’s Municipal Separate Storm Sewer System Permit (MS4). 

The Office of Public Engagement awarded Environmental Compliance a grant to construct a rain garden for the Robeson Elementary School in Champaign, Illinois. This project demonstrates contemporary stormwater management practices that mitigate playground flooding.  The project engages students by incorporating the rain garden into the school’s curriculum.  Environmental Compliance collaborated with professors, students, landscape architects, local businesses, and Unit 4 administration to design and construct the rain garden. 

The 2011 Green Infrastructure Maintenance Conference addressed native plantings, rain gardens, porous pavements, and green roofs.  The event was hosted by Environmental Compliance and the Landscape Architecture Departments and sponsored by the Office of Public Engagement along with the MS4 Technical Committee.

The 2010 John Street Watershed Class was a collaboration between the University of Illinois and the City of Champaign to address neighborhood flooding.  Environmental Compliance participated by lecturing and assisting in the construction of two rain gardens.