The problems limiting the process and economic efficiencies of glassmaking are examined. It is shown that high-capacity glassmaking furnaces which are also economically efficient are needed and can be designed and built. © 2013 Springer Science+Business Media New York
The U.S. glass industry is comprised of four primary industry segments--flat glass, container glass,...
Abstract: The present tendencies in glass industry are reduction of energy consumption in glass manu...
An explicit equation leading to a method for improving furnace efficiency is presented. This equatio...
All over the world, there is an increasing drive to develop new technologies or concepts for industr...
Glass usage in structures has increased dramatically during the last decades due to its special prop...
The paper starts with a short analysis of the performance of currently applied glass melting process...
The results of mathematical modeling of the thermal operation of a 280 tonsday glassmaking furnace w...
Reduction of fuel consumption in glass melting furnaces can cut the cost of production, and tackle t...
Conventional industrial glass furnaces show broad glass melt residence time distributions in the mel...
Increasing the energy efficiency of continuous tableware glass melting furnaces fired with fossil fu...
A review, with 57 refs., compares various new technols. for increasing the efficiency of glass-melti...
This article describes the parameters for the efficient operation of modern glass-founding furnaces ...
The economic reforms and the new market relations make energy-effective technologies most important ...
This presentation shows the advantages of re-melting post-consumer glass, but also the potential ris...
A glass prodn. plant had about 10.5% prodn. loss due to glass defects. The furnace was about 7() yea...
The U.S. glass industry is comprised of four primary industry segments--flat glass, container glass,...
Abstract: The present tendencies in glass industry are reduction of energy consumption in glass manu...
An explicit equation leading to a method for improving furnace efficiency is presented. This equatio...
All over the world, there is an increasing drive to develop new technologies or concepts for industr...
Glass usage in structures has increased dramatically during the last decades due to its special prop...
The paper starts with a short analysis of the performance of currently applied glass melting process...
The results of mathematical modeling of the thermal operation of a 280 tonsday glassmaking furnace w...
Reduction of fuel consumption in glass melting furnaces can cut the cost of production, and tackle t...
Conventional industrial glass furnaces show broad glass melt residence time distributions in the mel...
Increasing the energy efficiency of continuous tableware glass melting furnaces fired with fossil fu...
A review, with 57 refs., compares various new technols. for increasing the efficiency of glass-melti...
This article describes the parameters for the efficient operation of modern glass-founding furnaces ...
The economic reforms and the new market relations make energy-effective technologies most important ...
This presentation shows the advantages of re-melting post-consumer glass, but also the potential ris...
A glass prodn. plant had about 10.5% prodn. loss due to glass defects. The furnace was about 7() yea...
The U.S. glass industry is comprised of four primary industry segments--flat glass, container glass,...
Abstract: The present tendencies in glass industry are reduction of energy consumption in glass manu...
An explicit equation leading to a method for improving furnace efficiency is presented. This equatio...
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