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DTSTART:20071102T020000
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BEGIN:VEVENT
DESCRIPTION:Dr. Julian Cleary\nExpert in Environmental Life Cycle Assessmen
t\n\nForest bioenergy has been touted as an important option for reducing
GHG emissions from the energy sector. With its abundant supply of potentia
l feedstock\, Ontario has recently embraced this technology option by retr
ofitting coal-fired power plants to use wood pellets.\nHowever\, bioenergy
can also be produced using smaller scale\, combined heat and power system
s using local feedstock supplies. This presentation addresses the life cyc
le impacts and costs of large- and small-scale forest bioenergy systems vi
a an Ontario case study.\n\n
DTEND;TZID=Eastern Standard Time:20160628T113000
DTSTAMP:20160623T132027Z
DTSTART;TZID=Eastern Standard Time:20160628T103000
LAST-MODIFIED:20160623T132027Z
LOCATION:CPH 4333
ORGANIZER;CN=Waterloo Institute for Sustainable Energy via Waterloo Institu
te for Sustainable Energy:MAILTO:5760ada3-c6c5-495b-9c30-f8a73b4e2534.21@c
a.igloosoftware.com
SEQUENCE:0
SUMMARY:Public Lecture Series - Forest Bioenergy in Ontario: Examining the
Life Cycle Impacts and Costs of Using Harvest Residue as Feedstock for Sma
ll- and Large-Scale Bioenergy Systems
UID:5760ada3-c6c5-495b-9c30-f8a73b4e2534
X-ALT-DESC;FMTTYPE=text/html;FMTTYPE=text/html:Dr. Julian Cleary
Expert
in Environmental Life Cycle Assessment\n\n
Forest bioenergy h as been touted as an important option for reducing GHG emissions from the energy sector. With its abundant supply of potential feedstock\, Ontario h as recently embraced this technology option by retrofitting coal-fired pow er plants to use wood pellets.
However\, bioenergy can also be produ ced using smaller scale\, combined heat and power systems using local feed stock supplies. This presentation addresses the life cycle impacts and cos ts of large- and small-scale forest bioenergy systems via an Ontario case study.