Ivoclar Vivadent AG / Glass-Melting Technologies / Schott AG / TNO Glass Group / Saint Gobain / /
Continent
Europe / /
Country
Germany / Switzerland / United States / Slovakia / United Kingdom / Czech Republic / /
Event
Environmental Issue / /
Facility
Laboratory of Inorganic Materiále / Göteborg University / /
IndustryTerm
energy efficient glass melting / greenhouse gas emission reduction / indispensable glass products / glass melting technology / chemical engineering / technology today / waste energy streams / material and material processing science / biomedical applications / nano-scaled monolithic ceramic products / mechanical devices / energy sources / Sustainable energy supply / non-energy materials / oil / batch technology / energy efficiency improvements / energy savings / energy / steel industry / energy saving applications / flue gas waste heat recovery / sustainable energy generation / electricity / energy consumption / energy efficiency improvement / glass product / glass melting systems / metal-free restorations / less energy / energy efficiency / production technology / solar systems / container glass products / important technologies / glass products / technology avenues / energy price levels / technology foresight / /
Organization
A. Durán2 International Commission on Glass / Technical Committee / International Commission on Glass / Göteborg University / International Congress / Science and Technology of Advanced Materials / Instituto de Cerámica / Science and Technology / Slovak Glass Society / European Union / Laboratory of Inorganic Materiále / /
Person
Guy Tackels / Wolfram Höland / Helmut Schaeffer / Lubomír Němec / Ruud Berkens / Thomas Hünlich / John Stockdale / /
Position
energy collector / /
PublishedMedium
Advanced Materials / /
Technology
batch technology / production technology / process control / Technology of Advanced Materials / glass melting technology / Tailored batch technology / biomaterials / /
Boletin de la Sociedad Española de Cerámica y Vidrio