The PG&E Co. / Significant Significant Somewhat Steel-4 Significant None Steel / Pacific Gas and Electric Company / Pacific Gas and Electric / Emerging Energy-Efficient Technologies / None None None Significant Significant Somewhat Steel / Lawrence Berkeley National Laboratory / Advanced / Davis Energy Group / /
Country
Japan / Italy / United States / South Korea / /
Currency
USD / /
IndustryTerm
cross-cutting technologies / metal technologies / low energy prices / food processing food processing food processing food processing / manufactured products / non-energy benefits / manufacturing energy consumption / manufacturing establishments / saved energy / energy savings w/ task lighting / technology declines / steel producing countries4 / electronics food processing food processing food processing food / turbine systems / manufacturing energy / technology development / energy use / important non-energy benefits / energy intensity declines / energy savings / manufacturing processes / food / energy / energy intensity / system management / steel textile / energy efficiency potentials / likely energy savings / energy consumption / motor systems / technology wastewater / manufacturing sector / information on technologies / chemicals chemicals chemicals plastics electronics food processing food / technology investment decisions / chemicals chemicals chemicals chemicals chemicals plastics electronics food / mature technologies / mebrane technologies / compressed air system management / high energy savings / chemicals plastics electronics food processing food processing food / end steel products / energy intensity information / energy efficiency / sector energy use / energy polices / individual emerging technologies / technology developments / technology change / chemicals / technology transfer / energy user / recovery technologies / steel / technology purchasers / flat rolled products / wall mining machine / to review technologies / manufacturing energy use / so-called non-energy benefits / friendly emerging technologies / non energy / energyefficient industrial technologies / energyefficient technologies / non-energy intensive manufacturing / manufacturing costs / utility technologies / technology characterization / technology characteristics / oil price shock / technology attributes / technology diffusion policies / given technology / membrane technologies / industrial technologies / energy-saving technologies / technology investments / continuous casting technology / energy policy perspective / conventional casting systems / steel iron / steel industry / actual energy consumption / energy resources / i.e. use less energy / energy-intensive industries / energy-efficient technologies / unproven technology / electricity / industrial energy use / particular technology / energy-intensive sectors / selected specific technologies / food processing food processing food processing glass pulp / industrial energy managers / integrated policy accounting / cement kilns / characterized emerging technologies / sectorspecific technologies / expected energy use / mining / energy efficiency characteristics / steel plants / particular technologies / measure energy savings / potential technologies / /
Organization
U.S. Department of Energy / U.S. Environmental Protection Agency / American Council for an Energy Efficient Economy ABSTRACT U.S. / Northwest Energy Efficiency Alliance / California Public Utilities Commission / New York State Energy Research & Development Authority / Iowa Energy Center / American Council for an Energy Efficient Economy / Lawrence Berkeley National Lab. / /
Person
Michael Ruth / Jennifer Thorn / Nathan Martin / Anna Shipley / Lynn Price / Ernst Worrell / Neal Elliott / /
Emerging Energy-Efficient Technologies for Industry Ernst Worrell, Nathan Martin, Lynn Price, Michael Ruth, Lawrence Berkeley National Lab. Neal Elliott, Anna Shipley, Jennifer Thorn, American Council for an Energy Effic