WASTE HEAT MANAGEMENT

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Waste Heat Management (WHM) has been identified as one of the most significant opportunities for reducing costs, energy usage, and emissions in the glass industry today.  Yet, for a number of reasons, besides numerous combustion air preheating technologies in place in the United States today, minimal use is being made of existing or developing approaches to recover waste heat and use it for other beneficial purposes.  An "Industrial Bandwidth" study completed in 2007 clearly demonstrates the available savings from effective waste heat management to our industry. 

 

GMIC, TNO and Glass Trend

WHM Workshop

October 20, 2010

Columbus, Ohio

Session 1 - Waste Heat Management Applied to Process Inputs

Session Chair - Scott Ryan

Corning Incorporated

Session 2 - Waste Heat Recovery Boilers

Session Chair - Mike Strohscher

Libbey, Inc.

Workshop Proceedings CD

Attendees no - charge

GMIC Members $35.00   Non-Members $55.00

click here to order CD

WORKSHOP PRESENTATIONS

Overview of  Methods to Recover Energy from Flue Gases of Glass Furnaces and Impact on Glass Furnace Energy Consumption: Ruud Beerkens, TNO Science & Industry, Glass Group, Eindhoven, The Netherlands:

Advantages and Rationale for the Use of Dry-Batch: John Brown, GMIC

New SORG Batch Preheating System: Matthias Lindig, SORG

Comparative Study of Energy Consumption and Emission Behavior of Container Glass Furnaces and Batch Preheating: Ruud Beerkens on behalf of Ardagh Glass; Prepared by: R. Jeschke, S. Seehausen, S.R. Kahl, H. Barklage, Ardagh Glass GmbH, Nienburg, Germany

Results of a technology recovering waste heat to preheat oxygen and natural gas for oxy-fuel furnaces:  Joumani  Youssef , Jarry Luc, Simon Jean-François Contino Antonella, Douxchamps Olivier AIR LIQUIDE  & AGC R&D Center;

Cullet Preheating by Steam Generated from Flue Gas Heat of Glass Furnaces: Ruud Beerkens; Andries Habraken, TNO Science & Industry, Glass Group, Eindhoven, The Netherlands, Niels Rozendaal, Optimum, Arnhem, The Netherlands

Waste Heat Recovery on Glass Furnaces – A Case Study on Encountered Problems and Solutions: Bhave, Ninad P. and Gawade, Dattatray Transparent Energy Systems Pvt. Ltd., Pune, India

Alternative Uses of Steam in Glass Plants: Niels A. Rozendaal OPTIMUM Environmental & Energy Technologies b.v

 

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