The Institute will be headquartered in a new facility that includes classrooms, collaborative labs, offices, an atrium, café, Ecodome (greenhouse), aquaponics system, and residence hall. The facility boasts cutting-edge sustainability features such as the largest geothermal heating and cooling installation in Chicago, rainwater harvesting, and high-efficiency heat-recovery technology. The institute joins several other facilities on campus as examples of state of the art efficiency (IC, Baumhart, Cuneo, Damen, LUREC)
Ecodome, a 3,100 square foot greenhouse, is used in sustainable food systems research projects as well as urban agriculture production. Ecodome houses aquaponics systems that demonstrate sustainable food production in a controlled setting. Vertical farming elements are demonstrated in the Ecodome greenhouse space.
Clean Energy Lab
The Clean Energy Lab houses Loyola’s award winning Biodiesel program. Recognized many times by grants and other awards, the biodiesel lab has increased capacity and can process 100,000 gallons of waste oil into vehicle fuel although it will most likely be processing 20-30,000 gallons per year to start.
This aquaponic system is ornamental in design but still grows fish and produce for food. Students in the Solutions to Environmental Problems (STEP) Food course have worked to identify what to grow in these systems and how to process them for market.
Located on the east side of the 2nd floor, this space houses research related to nutrient cycling in wetlands, aquatic ecology of microalgaes and risk assessment related to invasive species.
Solutions to Environmental Problems (STEP) Laboratory
The STEP lab hosts entrepreneurial courses exploring and creating solutions to some of today’s most pressing environmental issues. STEP Water has looked at water contamination and the issues related to water privatization in developing economies. STEP Food has explored the food procurement policies of Loyola Dining, created the Loyola Farmers Market and multiple edible garden projects across campus and at the Retreat and Ecology Campus.
The Ecotoxicology and Risk Assessment labs are research spaces exploring the role contaminants play in ecosystems and identifying thresholds for pollution levels in soils, water and organisms.
91 wells reaching 500 feet into the ground provide heating/cooling energy for the facility. This is the largest system within the City of Chicago and the first in the State to be installed underneath the facility’s footprint. This system will save about 30% off our heating and cooling costs functioning like a large radiator into the ground, sending energy, in the form of heat, into the earth in the summer and drawing in heat during the winter.
Water falling on the roof of San Francisco Hall is collected in a 3,000 gallon cistern located on the first floor of San Francisco Hall. The water is then reused in the greenhouse operations for irrigation and landscape and for flushing the toilets located directly off the Lounge. There is also a connection to city water during times of drought.
Large underground concrete cisterns capture rainwater and slowly release it into the ground or the city’s sewer system. This is part of Loyola’s larger stormwater strategy to reduce reduce the amount of rain water being directed to the city’s combined sewer system. This in return reduces water contamination in local water ways and prevents basement flooding for Loyola and our neighbors.
Another part of the facility’s stormwater management is our green roofs. Loyola is a leader in green roofs, having more than any other University in the Midwest. The IES will have 3 green roofs providing stormwater capture, improving air quality, providing habitat and reducing the urban heat island.
Loyola University Retreat & Ecology Campus
The Retreat and Ecology Campus is part of a rare wetlands and oak woodlands that has deteriorated due to human intervention over the years. Loyola's mission of restoring the ecological complexity and biodiversity to this area affords our students, faculty, the neighboring community numerous opportunities to get involved in numerous real-world restoration projects and learn about the interconnectedness of nature.
Artificial Stream and Pond Research Facility
The Artificial Stream and Pond Research Facility, located on the penthouse floor of the Michael R. and Marilyn Quinlan Life Sciences Education and Research Center, is a unique state-of-the art facility that offers the ability to conduct cutting-edge freshwater ecological research.
Faculty members and students can conduct research projects in a realistic environment year-round. Research is currently being conducted involving graduate and undergraduate students on the artificial streams. Expertise in guiding students through critical hands-on data collection and research analysis experience is a vital component of IES. Through innovative environmental research and student training, IES is poised to bring to the Chicago region valuable environmental assessment and leaders for tomorrow.
Geographic Information Systems (GIS)
The IES is home to Loyola’s blossoming GIS capabilities and courses. With state-of-the-art facilities and software, a full-time GIS Specialist is on staff to handle all mapping, visualization and analysis to improve the University’s understanding and actions toward greater sustainability.
GIS Capabilities Offered
The GIS facility is housed in the Institute of Environmental Sustainability, and computers are available for faculty and graduate students to use ArcGIS for research projects. We offer access to a comprehensive geospatial database of the greater Chicagoland area, with in-depth knowledge of the numerous publicly available spatial datasets from national, state, regional and local agencies and geospatial data gateways.
The GIS Specialist is available to consult with you on how to incorporate GIS mapping and spatial analysis into your work at Loyola, whether you be a student, staff, faculty, administration or community member.
For information on utilizing GIS in your research, contact the GIS Specialist.