Less than one year after receiving two substantial grants for the project from the Ohio Department of Natural Resources, the university has purchased the composting system and a solar array that will generate 35 percent of the electricity needed to run the site.

The system, from Wright Environmental Management Inc., has the capacity to handle up to two tons of compostable materials per day, including food waste, biodegradable packaging materials, grounds/landscaping waste and other organic materials. Scheduled for delivery this summer, the system will be located at The Ridges, just off Dairy Lane.

"The site will be developed over the summer, and we'll be running tests and getting up to speed in anticipation of students returning in September," Sustainability Coordinator Sonia Marcus said.

With the help of a large machine that speeds up the composting process, an in-vessel system allows for the processing of biodegradable waste to nutrient-rich soil in just 14 days. In-vessel composting systems process biodegradable waste in enclosed reactors where air temperature and moisture conditions can be controlled. Because the system is insulated, it can capture heat and therefore speed up the composting process. Keeping the compost enclosed means there is little risk of contamination to the surrounding area. A built-in biofilter filters the gases coming off of the material, significantly reducing odors.

Recycling and Refuse Manager Ed Newman said the soil will be put to use in campus landscaping projects. Campus Recycling will operate the system and transport compostable waste from campus locations to The Ridges site.

The composting operation will be a money saver in the long run, Newman said.

"From my perspective, it will enable us to turn what currently is a liability, such as sending trash to the landfill, into an asset," he said. "We'll be able to reduce costs on things such as fertilizer because we'll be able to use the compost soil."

Marcus quickly ticks off additional benefits -- for the university and the planet.

"Diverting Ohio University's biodegradable and compostable waste from the Athens-Hocking landfill will allow us to shrink our ecological footprint, reduce our waste management and landscaping costs, decrease pre- and post-consumer food waste, produce a valuable soil amendment and create new learning and research opportunities for faculty and students," she said.

In addition, the 6.15-kilowatt solar photovoltaic power source for the system will offset 9,000 pounds of carbon emissions each year, resulting in roughly 270,000 pounds of carbon averted over an operational period of 30 years.

Newman would like to see the composting system eventually turn into a source of revenue for the university. "Maybe somewhere on down the line we could partner with local farmers who could use our soil or with area businesses that could use it for landscaping," he said. "I see a lot of potential for this project."

He added that as a leader in sustainability, Ohio University could set the tone for how other institutions approach the "greening" of their campuses.

"My hope is that we'll be a model for other colleges and universities looking for ways to reduce their waste."