Duebendorf / Paris / Granada / New York / Zurich / Berlin / Stuttgart / Cambridge / /
Company
Cambridge University Press / trough LC / Abengoa Solar Inc. / John J. Burkhardt III Abengoa Solar Inc. / Brookhaven National Laboratory / Sustainable Energy LLC / International Energy Agency / Renewable Energy / National Renewable Energy Laboratory / /
Country
Switzerland / Australia / United Kingdom / China / United States / Spain / / /
Event
Business Partnership / Environmental Issue / /
Facility
CSP facility / National Renewable Energy Laboratory / Port Royal Road Springfield / bridge Available / tower LCAs / Solar Energy Research Institute / CSP plant / tower CSP / Institute of Technical Thermodynamics / United States’ National Renewable Energy Laboratory / Swiss Federal Institute of Technology Zurich / C. Parabolic Trough Reference Plant / / /
IndustryTerm
transportation / auxiliary natural gas / tower technologies / utility systems / natural gas / auxiliary natural gas use / technology case study / technology increases / life cycle greenhouse gas / Solar thermal electricity / energy / Auxiliary electricity consumption / greenhouse gas emissions / orders@ntis.fedworld.gov online ordering / fossil fueled electricity generation technologies / exhaustive literature search / electricity consumption / consumed electricity / greenhouse gas offsets / co-fired natural gas / energy analysis / electricity generation scenarios / Technology roadmap / generation technologies / tower systems / energy technologies / natural gas co-firing / natural gas combustion / synthetic oil heat transfer fluid / electricity consumption rate / electricity generation profile / electricity generation technologies / auxiliary natural gas combustion / exhaustive search / solar-thermal electricity generation / electricity consumption values / electricity / power-generation systems / technology hypothetical study / emission accounting methods / electricity generation / materials manufacturing / gas analysis / dish technologies / electricity production / solar energy / operational electricity consumption / power tower technology / component manufacturing / technology type / /
Organization
Cambridge University / U.S. Department of Commerce National Technical Information Service / U.S. Department of Energy / U.S. Department of Energy office of Scientific / United States’ National Renewable Energy Laboratory / US Government / Concentrating Solar Power Preprint Garvin A. Heath National Renewable Energy Laboratory / office of Energy Efficiency / Institute of Technical Thermodynamics / European Commission / Solar Energy Research Institute / Alliance for Sustainable Energy / Swiss Federal Institute of Technology Zurich / U.S. DOE / United States government / Swiss Center for Life Cycle Inventories / World Congress / United Nations / German Aerospace Center / /
Person
Pamala Sawyer / Stacey Dolan / Elliot Cohen / Austin Brown / Donoughue / Ethan Warner / Hyung-Chul Kim / Vasilis Fthenakis / Margaret Mann / / /
Position
Solar Advisor / author / contractor / Performance Analyst / Major / representative / collector / Research Analyst / Scientist / /
Product
LCAs / /
ProvinceOrState
Virginia / Tennessee / Mississippi / /
PublishedMedium
Marquis / Environmental Science & Technology / /
Region
northern Africa / Middle East / West Texas / northern China / central South America / Mediterranean / southwest U.S. / /
Technology
dish technologies / power tower technology / heat transfer / CSP electricity generation technologies / Thermodynamics / two CSP technologies / generation technologies / three CSP technologies / pdf / Solar generation technologies / energy technologies / CSP technologies / just one CSP technology / electricity generation technologies / tower technologies / fossil fueled electricity generation technologies / /
Meta-Analysis of Estimates of Life Cycle Greenhouse Gas Emissions from Concentrating Solar Power: Preprint