UNH sets national precedent with major landfill gas project
Congratulations to our friends and neighbors at the University of New Hampshire for becoming the first university in the nation to use landfill gas as its primary fuel source.That gas is methane, which is produced naturally as garbage decays at landfills like Turnkey in Rochester, N.H., operated by UNH partner Waste Management Inc. UNH
runs a plant at the landfill site to compress and purify methane collected from 300 extraction wells and miles of pipes. After processing, the gas travels through a 12.7-mile pipeline to the campus’s co-generation plant in Durham. Since 2006, the plant has used commercial natural gas to generate electricity and divert “waste heat” from the power generation to warm campus buildings. This week, the university declared the new system complete, meaning it is now turning on the landfill source. Up to 85 percent of the campus’s electricity and heat will come from the purified natural gas, according to the university.
runs a plant at the landfill site to compress and purify methane collected from 300 extraction wells and miles of pipes. After processing, the gas travels through a 12.7-mile pipeline to the campus’s co-generation plant in Durham. Since 2006, the plant has used commercial natural gas to generate electricity and divert “waste heat” from the power generation to warm campus buildings. This week, the university declared the new system complete, meaning it is now turning on the landfill source. Up to 85 percent of the campus’s electricity and heat will come from the purified natural gas, according to the university.“This massive project, more than four years in the making, will reduce our dependence on fossil fuels and stabilize our fuel source and costs,” UNH President Mark W. Huddleston said in a news release. “EcoLine showcases UNH’s fiscal and environmental responsibility and secures our leadership position in sustainability.”
With the help of EcoLine and RECs sales, UNH is pledging to cut its greenhouse emissions by 50 percent by 2020 and by 80 percent by 2050 with a carbon neutrality target of 2100.
As national policy makers ponder a nuclear energy renaissance and consumers sustain a heavy demand for petroleum, it’s wonderful to see this glorious pipe dream come true. Thank you, Waste Management, and thank you, UNH.

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