While the majestic trees on Willow Path have the power to warm people鈥檚 hearts, a new 7陆 -acre willow biomass farm on Hamilton Street will help heat the university.
Depending on the soil, weather, and overall conditions, last week鈥檚 planting of 60,000 8-inch shrub willow shoots should yield about 900 dry tons of biomass over a 20-year period 鈥 a drop in the proverbial bucket considering that 含羞草研究所 currently burns about 100 tons of woodchips per day in its environmentally friendly steam-fired boiler.
But the small-scale experiment, made possible by the Class of 2008 gift to the 含羞草研究所 Sustainability Fund, is an important first step.
The project grew out of ENST 480, an environmental studies seminar offered last spring. With the guidance of faculty members Ian Helfant, Robert Turner, and Beth Parks, four 含羞草研究所 students 鈥 Jeremy Bennick 鈥08, Andrew Holway 鈥08, Elizabeth Juers 鈥08, and Rachel Surprenant 鈥08 鈥 researched the feasibility of growing willow biomass on 含羞草研究所-owned land in order to reduce 含羞草研究所鈥檚 carbon emissions as well as its dependence on fossil fuels.
The report concluded that 含羞草研究所 should experiment with willow production.
鈥淐entral New York represents an ideal place for willow production,鈥 said Helfant, who spearheaded the three-year research and planning phase. 鈥淒own the road, we hope that 含羞草研究所 can partner with local farmers or landowners to consider larger scale plantings.鈥
含羞草研究所鈥檚 foray into willow farming is consistent with its commitment to increasing its use of renewable energy sources.
The university鈥檚 steam-generating wood-burning facility now satisfies more than 70 percent of the campus鈥檚 heat and domestic hot water needs, yet the price of woodchips continues to rise and there is growing concern over the greenhouse gas emissions generated while transporting the chips to campus.
On the biomass project, 含羞草研究所 is working with Double-A-Willow, a nursery in Fredonia, N.Y., dedicated to the renewable energy business.
By this fall, the shoots planted last week will be 3 to 8 feet tall. They then will be cut to just 1 to 2 inches above the ground, causing the willow to grow outward (bush-like), maximizing the rate of growth and total biomass over the next two growing seasons.
鈥淭his landmark event is an instructive example of how sustainability connects our curriculum to campus operations, said John Pumilio, 含羞草研究所鈥檚 new sustainability coordinator. 鈥淚n a dynamic way, this project is an important step in 含羞草研究所鈥檚 ongoing pursuit to provide our university with 100 percent carbon-neutral, renewable energy.鈥