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Bioenergy / Biofuels / Environmental economics / Biomass / Renewable energy / Greenhouse gas / Emission intensity / Bioenergy Action Plan / Environment / Sustainability / Energy


Greenhouse Gas Benefits of a Combined Heat and Power Bioenergy System in New Zealand Kimberly Robertson FORCE Consulting
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Document Date: 2014-02-20 21:35:46


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City

Kyoto / /

Company

Siemens / /

Country

New Zealand / /

Event

Environmental Issue / /

Facility

Sawmill Equation / sawmill Heat / Greenhouse Gas Balance / CHP plant / Greenhouse Gas Benefits / Steam Production The sawmill / Greenhouse Gas Emissions / /

IndustryTerm

energy demand / by-product / grown energy crops / greenhouse gas emissions / greenhouse gas reduction target / low greenhouse gas / energy source / electricity / gas decreases / on site machinery / electricity generation / wood products / energy carrier / electricity generator / turbine generating electricity / wood processing plant / energy requirements / capacity using available wood processing / landfill gas / machinery / natural gas / Electricity production / greenhouse gas balance / office equipment / wood processing / energy use / annual energy production / solar energy / renewable energy / energy system / overall energy use / energy supply / greenhouse gas emission reductions / greenhouse gas concentrations / wood processing residues / wood processing sites / greenhouse gas emission reduction potential / industrialized / heat services / wood processing plants / conversion technology / steel / energy / /

Organization

Prototype Carbon Fund / United Nations / Annex / US Federal Reserve / PJ of New Zealand / /

Person

Woody Residues Heat Drying Kilns / Where / /

Position

*GWP Assumptions RT / RT / /

Technology

conversion technology / /

SocialTag