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Environment / Biomass / Fuels / Firewood / Bioenergy / Green wood / Lumber / Pulp / Woodchips / Chemistry / Sustainability / Wood


Transpirational Drying Effects on Energy and Ash Content
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Document Date: 2013-12-08 15:21:12


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File Size: 772,68 KB

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City

Madison / Aberdeen / Quebec City / San Francisco / Auburn / /

Company

Garrett / Baker S.A. / /

Continent

North America / /

Country

United States / Canada / United Kingdom / /

Currency

pence / /

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Facility

University of Georgia / University of Georgia Plant / USDA Forest Service Southern Research Station / Natural Resources University of Georgia / University of Laval / Wiley mill / Southeastern SunGrant Center / /

IndustryTerm

net energy content / higher energy content / tall oil yields / integrated harvesting systems / net energy ratios / study site / wood supply chain / Wood energy markets / fieldrun whole-tree chips / higher energy / transportation costs / wood energy facilities / recoverable heat energy / state energy / renewable energy / wood energy capacity / greater energy value results / renewable energy facilities / energy value / fossil energy / energy content / chipper processing / energy / /

NaturalFeature

Forest Engineering / /

Organization

US Department of Agriculture / University of Georgia / Athens / US Department of Energy / Southeastern SunGrant Center / University of Georgia Plant / Soil / and Water Lab / Research Professional Center / Forest Products Lab. / Council on Forest Engineering / USDA / National Council / Forestry Association / National Weather Service / Forest Business Warnell School of Forestry / University of Laval / /

Person

Dale Greene / Shawn Baker / Chipper Productivity / Jason Cutshall / Dana Mitchell / /

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Position

Professor / General / /

ProvinceOrState

Wisconsin / Quebec / Alabama / Jones County / Georgia / /

Region

southern US / southern United States / /

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