ROCHESTER (WWJ) — Oakland University Thursday announced it had partnered with Chevron Energy Solutions to install a combined heat and power co-generation system designed to reduce campus utility costs, provide necessary infrastructure upgrades and support educational resources.
The 4,600-kilowatt natural gas turbine co-generation system, to be located in OU’s Central Heating Plant, will supply hot water and electricity to campus. The public-private partnership will allow OU to retain ownership of the project while a private entity, Chevron Energy Solutions, builds the system. With no capital cost to OU, a projected 15-year capital lease will be used to finance a $12 million outlay by Chevron.
Along with increased energy efficiency, the partnership will result in a number of financial and operational advantages, according to OU officials overseeing the project.
“In today’s economy, higher education must find creative financing ways or partnerships to fund new endeavors,” said Siraj Khan, director of engineering for OU Facilities Management. He said public-private partnerships “are a unique way to structure, negotiate and implement the finance, design, development, construction and operation of development projects at a faster pace with guaranteed savings, higher return on investment and increased cash flow in the long-haul, with a minimum risk that will be transferred to the private sector, leaving the university in a win-win situation.”
He said the new system “will generate savings that will exceed the operation, maintenance and project financing costs, and will not increase the university’s annual utility budget expenditures.”
In addition to cost savings, the project also promises educational enhancements, such as a live dashboard, new clean energy courses and internships in support of OU’s Clean Energy Research Center.
“CHP is a proven technology, and is becoming more and more popular in the wake of sustainability culture on higher education campuses all around United States to reduce carbon footprint and to produce clean energy,” Khan said. “The operation of the CHP, real time energy monitoring, data for energy savings and reduction of emissions will be a learning tool for students and a valuable educational experience.”