OSU showcases sustainability commitment
When Dr. Bobby Moser, dean of OSU’s College of Food, Agricultural and Environmental Sciences, took the podium at the Scarlet, Gray and Green Fair April 19, he shared the university’s vision for a more sustainable future.
According to Moser, Gordon Gee, OSU president, “is committed to sustainability.”
“It’s not a passive afterthought. It’s what we as leaders need to be doing in providing…hands-on strategies in meeting global needs of today and tomorrow,” said Moser. “The bottom line is it’s just the right thing to do to think about sustainability and think about the future and how we’re going to leave the world better than it is now.”
Gee “sees sustainability as the very essence of what the university’s land grant mission is all about – trying to make a better world,” said Moser
Gee established a President’s and Provost’s Council on Sustainability and challenged the group to make concrete recommendations on how to run the university in a sustainable way.
The first step in that process was the construction of the first “green” building on campus in 2008.
The Nationwide/Ohio Farm Bureau 4-H facility was named a LEED certified building, a distinction given by the Green Building Council to denote a high level of sustainability in the construction and design of a building.
The university went on to develop a green build policy that calls for “every building on campus from this point on (to) have green features,” Moser added.
What goes on within the university’s buildings also demonstrates its environmental stewardship.
“Sustainability is part of our strategic plan,” said Moser, noting that two of the three strategic areas the university focuses on relate directly to sustainability – environmental quality sustainability, which deals with clean air and water systems, and the development of bio-based products and bioenergy.
“The research that we’re doing will create sustainable practices that will not only preserve the earth, but also preserve the economic viability of our state because we’re working in the state’s number one industry,” said Moser.
University scientists are conducting a whole host of research projects on topics ranging from carbon sequestration to the use of biological controls to reduce pesticide use.
Researchers are also working closely with their private sector counterparts to develop OARDC’s signature area of concentration - bioenergy and bio-based products.
The bioenergy efforts include the successful collaboration with quasar energy, whose BioHio based anaerobic digester generates half of the electric needs on campus by converting agricultural waste into energy.
A great deal of work has also been undertaken in the area of bio-based products, including the use of agricultural byproducts rather than petroleum as the feedstock to produce foam insulation, packaging and automotive parts.
The university is also involved in the production of natural rubber from an unlikely source – the latex in the milky substance in dandelions.
“We have four acres where we are intentionally growing dandelions on this campus,” said Moser, adding that OARDC extracts the latex and ships it to the University of Akron, which then produces the rubber.
This high quality natural rubber, which is prized by tire manufacturers, is currently not produced anywhere in the United States and must all be imported from overseas.
“We think this project has lots of potential,” said Moser. “We could be growing dandelions as a cash crop here in Ohio to make tires.”
OSU students are also fully engaged in the university’s sustainability efforts.
The university’s transition from a quarter to semester system gave ATI officials “an opportunity to look at our curriculum and plan for the future” and add new program offerings in bioenergy and sustainable agriculture.
According to Moser, Gordon Gee, OSU president, “is committed to sustainability.”
“It’s not a passive afterthought. It’s what we as leaders need to be doing in providing…hands-on strategies in meeting global needs of today and tomorrow,” said Moser. “The bottom line is it’s just the right thing to do to think about sustainability and think about the future and how we’re going to leave the world better than it is now.”
Gee “sees sustainability as the very essence of what the university’s land grant mission is all about – trying to make a better world,” said Moser
Gee established a President’s and Provost’s Council on Sustainability and challenged the group to make concrete recommendations on how to run the university in a sustainable way.
The first step in that process was the construction of the first “green” building on campus in 2008.
The Nationwide/Ohio Farm Bureau 4-H facility was named a LEED certified building, a distinction given by the Green Building Council to denote a high level of sustainability in the construction and design of a building.
The university went on to develop a green build policy that calls for “every building on campus from this point on (to) have green features,” Moser added.
What goes on within the university’s buildings also demonstrates its environmental stewardship.
“Sustainability is part of our strategic plan,” said Moser, noting that two of the three strategic areas the university focuses on relate directly to sustainability – environmental quality sustainability, which deals with clean air and water systems, and the development of bio-based products and bioenergy.
“The research that we’re doing will create sustainable practices that will not only preserve the earth, but also preserve the economic viability of our state because we’re working in the state’s number one industry,” said Moser.
University scientists are conducting a whole host of research projects on topics ranging from carbon sequestration to the use of biological controls to reduce pesticide use.
Researchers are also working closely with their private sector counterparts to develop OARDC’s signature area of concentration - bioenergy and bio-based products.
The bioenergy efforts include the successful collaboration with quasar energy, whose BioHio based anaerobic digester generates half of the electric needs on campus by converting agricultural waste into energy.
A great deal of work has also been undertaken in the area of bio-based products, including the use of agricultural byproducts rather than petroleum as the feedstock to produce foam insulation, packaging and automotive parts.
The university is also involved in the production of natural rubber from an unlikely source – the latex in the milky substance in dandelions.
“We have four acres where we are intentionally growing dandelions on this campus,” said Moser, adding that OARDC extracts the latex and ships it to the University of Akron, which then produces the rubber.
This high quality natural rubber, which is prized by tire manufacturers, is currently not produced anywhere in the United States and must all be imported from overseas.
“We think this project has lots of potential,” said Moser. “We could be growing dandelions as a cash crop here in Ohio to make tires.”
OSU students are also fully engaged in the university’s sustainability efforts.
The university’s transition from a quarter to semester system gave ATI officials “an opportunity to look at our curriculum and plan for the future” and add new program offerings in bioenergy and sustainable agriculture.
Published: April 29, 2011
