The ECBS SWATeam would like to be able to continue the ‘Illini Lights Out’ program and expand it to one Friday night each month during the academic year. Interest in doing so is based on the phenomenal success of the pilot ‘Illini Lights Out’ conducted on April 15th, 2016. In an Illini Lights Out event, pairs or small teams of volunteer students are accompanied by campus security/other personnel (as necessary) and are assigned buildings to audit on the main Quad to turn off non-essential lights in classrooms/bathrooms not in use. Volunteers meet at a designated location to sign in, review safety protocols and receive their tally sheets. Students use these sheets to indicate any empty rooms where they turned off lights. After the audit is complete, students return all forms to designated staff and are then eligible for a complimentary meal (pizza/burritos) in exchange for their assistance. This event both results in direct energy conservation impact on campus and also helps to inspire students to make small behavioral changes to their routine to enhance sustainability more broadly and throughout life. Buildings audited in the pilot project included Altgeld Hall, English Building, Lincoln Hall, Gregory Hall, Daniel Kinley Hall, Foreign Languages Building, Davenport Hall, and Noyes Laboratory. Given that we would plan to audit a similar number of buildings each event this year, it is expected that 16–24 student volunteers are needed per event. This proposal directly funds: 1) Print and digital advertising for volunteer recruitment 2) Volunteer incentives.

This project funds the Illini EcoConcept team for their efforts to design and manufacture a Hydrogen Fuel Cell Urban Concept Vehicle to compete in the Shell EcoMarathon Competition in 2017. While the competition has always been centered on energy efficiency, it also promotes and rewards innovation that leads to a more sustainable energy system to support communities around the globe. Specifically, in the Urban-Concept Vehicle division, teams compete to have the most efficient vehicle that incorporates many features of real-world cars, such as wet-weather driving ability, headlights, turn indicators, and so on. The Illini EcoConcept has chosen to power their vehicle using hydrogen fuel cell, which has been gaining popularity lately, and is seeking to break the competition efficiency record in the coming school year. The team would like to build on the 2nd place finish in the Americas region last year and be able to compete in the world championship. Specifically, the team strives to (i) promote the use of hydrogen fuel cell as a clean alternative to combustion engines, (ii) build a whole new drivetrain system that would eliminate the causes of inefficiencies found in the previous years, (iii) design and fabricate a lighter chassis and body, and (iv) develop an air-cooling system that would prevent overheating of the system. This proposal directly funds: 1) Parts and Supplies 2) Manufacturing Costs for Custom Modules.

Subsurface (tile) drainage has helped to sustain the productivity of our farm lands by draining excess water from the field. Excess nutrient losses from our tile-drained agricultural fields have contributed to several water quality issues in the region including the formation of hypoxic zone in the Gulf of Mexico. It has been well-documented that tile drain age is responsible for highly soluble nitrate loss but recent studies have demonstrated that it also contributes to dissolved phosphorus loss from the agricultural fields. This project aims to develop ceramic pellets using fly ash and other additives with minimum or no heavy metal leaching. The specific objectives of this proposed research project are to: a) optimize the proportion of fly ash and other additives for high phosphorous removal and limit heavy metal leaching, b) conduct laboratory experiments to analyze the performance of pellet for dissolved phosphorous reduction. This proposal directly funds: 1) Equipment rental and use charges 2) Supplies and Chemicals 3) Student Hourly Labor.

This project funds an opt-in bike tracking system for all registered campus bikes working toward two goals: 1) Collecting useful data on where cyclists are biking on campus for more accurate and timely information than the perennial bike census; and 2) Providing incentives for people who bike to campus, in the form of points toward or drawings for gift certificates for local dining options near campus. When students and faculty of the University register their bikes, they will each receive a tag for their bike with a personal ID number. With the data collected about their individual biking habits, students and faculty will be able to track how often they bike and earn rewards through an online interface and incentive system. The interface will show the number of times biked, the rewards an individual can earn, and offer the ability to submit reports since bikers often see needed improvements before planners and engineers. This system is being developed entirely in-house by a team of women engineers. This proposal directly funds: 1) Supplies for creating the system 2) Two interns to assist with logistics 3) Mounting equipment and RFID tags.

INNER VOICES Social Issues Theatre is raising awareness and address issues of Environmental Justice through the creation and production of an original play with accompanying educational materials and holding an inaugural National Call for Scripts focused on the theme Environmental Justice Is Social Justice. Through SSC funding, two theatrical pieces will be produced. The first is a newly-penned work from University of Illinois students and staff, and will be performed on campus throughout Fall 2017. The second will be a series of vignettes submitted through a national call for scripts. Both pieces will be performed dozens of times on campus, and each performance will be followed by reflection and discussion. This proposal directly funds: 1) Honoraria for national script submissions 2) Printing and publicity costs 3) Equipment rentals 4) A small amount of wages for student interns.

A strategic goal of both the UIUC and the College of Business is to attract and attain the best faculty. In order to do that, it is essential to provide faculty with office space that allows them maximum productivity. The fourth floor of BIF has proven to be excellent space where faculty can work on research. The fourth floor faculty offices are highly sought after by research faculty due to quality of space, location, convenience, and security. As the College expands the fourth floor to include sixteen new offices, there is an opportunity to include a PV solar panel system. The Student Sustainability Committee has agreed to fund $60,000 toward the total initial cost of $157,340 to fully fund all $48,000 of direct construction and equipment cost for a 12.5 kW array as well as $12,000 in general conditions and contingency. Any other costs will be funded through the College of Business. This proposal directly funds: 1) Solar panels and inverters 2) Limited installation costs 3) Some contingency and general conditions.

Project Paplet began in Malaysia as a paper recycling campaign aiming to take once-used paper and turn it into recycled notebooks for children in need. Localizing the project to the University of Illinois, students from the Society of Women Engineers will be collecting used paper from campus departments and producing hundreds of paplets to be donated to the on-campus Child Development Laboratory for use by the pupils. This project aims to educate the public on the social impact that recycling can have on the community. It also aims to increase awareness on the uses of recycled paper beyond its traditional applications. This proposal directly funds: 1) Spiral binding equipment 2) Supplies and cardstock.

The Business Instructional Facility (BIF) was constructed with a separate raw water system that conveys non-potable water for the purpose of flushing toilets. While the system is in place, it was never connected to an outside source of non potable water largely due to current non-progressive plumbing codes. Metering the raw water system at BIF would provide data about the temporal total and non-potable water demand in a typical class/office building. F&S installed a temporary meter to measure flow to the raw water system and operated this meter for approximately one month between April and May 2016, which yielded promising results. In particular, for the month that the meter was in place, results indicated about 2/3 of the water used in BIF was for the non-potable lines. Because building usage can vary dramatically during the year, it is recommended to install a meter permanently. Once the meter is installed, the data is intended to be used to support changes to plumbing codes, allowing raw water to be used more easily, as well as changes to the campus construction codes, requiring that separate raw water systems be installed in new buildings and during major renovations of existing ones. This proposal directly funds: 1) An additional meter for the BIF Raw Water line 2) Installation costs.