University of Maine Farmington Celebrates New Biomass Facility

The plant replaces 95 percent of the 390,000 gallons of fossil fuel that was burned annually to heat the campus.

The Biomass Central Heating Plant opened on the campus of the University of Maine at Farmington. The official opening of the largest biomass hot water heating plant in Maine celebrated sustainability and what thinking locally and buying locally means.

“This energy fits into the local, regional and economic landscape,” said Luke Kellett, UMF’s sustainability coordinator and assistant professor of anthropology. “Visitors can understand how the journey of a single cut tree that is chipped, is carried in a truck, is stored in the bunker below here and eventually gets burned and turns into a hot shower for a freshman at UMF.”

The plant, which will consume 4,000 tons of locally sourced hardwood chips a year, replaces 95 percent of the 390,000 gallons of fossil fuel that was burned annually to heat the campus. There are more than 2 miles of heat lines that carry the hot water from the plant throughout the campus.

“The forest is the poor man’s overcoat,” UMF President Kathryn Foster said to visitors Sunday before the ribbon cutting that formally opened the plant. “We stand today at the University of Maine at Farmington’s new overcoat fueled by the forest of Maine, authorized by the University of Maine System and permitted by the town and village boards.”

Foster said environmental stewardship is a core value in the classroom and in campus life. The new $11 million biomass plant, which takes its wood chips from a 50-mile radius of Farmington, is heating and providing hot water to 23 campus buildings.

“This is outstanding for the university, for the community and for the state,” Foster said in an interview before the ribbon cutting. “This heats the campus together with geothermal heat, so we’re heating almost 90 percent of the campus in Farmington with non-fossil fuel, which is a great achievement for the University of Maine System. It includes all of the housing for students.”

Foster said the university borrowed the $11 million to construct the biomass system with no money up front.

“We will pay back the plant with the savings over and above the cost of oil,” she said. “We’re going to realize over $800,000 a year over the cost of what it was for oil, and then we’ll use that to pay back the plant.”

The bond was initiated in 2015 with an expected payoff in 10 years, and the life of the plant is 30-plus years, Foster said. Payback for the first 10 years will go into paying off the debt; after that, the savings will be applied to campus operations, she said.

The 5,885-square-foot central heating plant was proposed after Summit Natural Gas plans to extend a pipeline to Farmington were delayed. The project was approved in January 2015.

Wood chips arrive at the plant in a trucking agreement with Cousineau Wood Products of North Anson and are deposited in a large chip hopper. The product is all hardwood with about a 40 percent moisture content, McKay said. From the hopper the chips are moved with an auger onto a conveyor system, which loads the boiler with wood chips as needed to maintain the correct temperature in the boiler.

Norm Fournier, a member of the University of Maine System board of trustees, said the new plant is a “giant leap forward” in the university system’s goals for sustainability.

“It has been our board’s challenge to try the course of both energy cost reduction and environmental stewardship,” Fournier said. “This project is a shining example of the success of that effort. This project is the right thing to do.”

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