15th International Seminar on Furnace Design - Operation Process Simulation (2019)

PRELIMINARY LIST OF PAPERS 2019 (updated on April 3, 2019)

Name Company Title of paper or poster

MORAY Adrien 3B-FIBERGLASS An Integrated Approach for Fiber Drawing Simulation PAGE John AGC Flat Glass North America CFD and Advanced Process Control in the Industry 4.0 Jungle HABIBI Zakaria/SYMOENS Bruno AGC Glass Europe Integrating Batch Features in Furnace Big Data Processing

HAKES Stuart F.I.C. (UK) LIMITED Large Electric Furnaces & Superboosting - Is This the Future for CO2 Reduction? VU Anh Tuan FRAUNHOFER INSTITUTE FOR PRODUCTION TECHNOLOGY Digitalization in Glass Optics Manufacturing BRADA Jiri GLASS SERVICE, a.s. Application of k-ω Baseline Turbulence Model to Simultation of Molten Tin Flow HEIDLER Vaclav GLASS SERVICE, a.s. Application of the Lattice Boltzmann Method in the Float Glass Forming Process Simulation

KROBOT Tomas GLASS SERVICE, a.s. Container Furnace Conversion to Reduce Power Consumption and CO2 Emmissions MUIJSENBERG Erik GLASS SERVICE, a.s. Industry 4.0 with GS ESIII Application at TROCHTA Miroslav GLASS SERVICE, a.s. Discrete Element Based Approach to Batch Modeling

HUBER Aaron JOHNS MANVILLE Impact of Technology Options on CO2 Emissions CHALASANI Narayana Rao JOHNS MANVILLE Design of an All Electric Cullet Remelter SEDERSTROM Donn JOHNS MANVILLE Evaluation of Where Highly Electrically Conductive Material Can Safely Located Inside Electric Melters HAGEN Matthias LUFT -und THERMOTECHNIK BAYREUTH GmbH (part of DÜRR Group) Ecopure Catalytic Candle Filter - Cost Efficient Partial Flow Solution PIGEONNEAU Franck MINES ParisTech, PSL Research University Coupled Numerical Modelling of Redox Reactions and Glass Melt Fining Processes CHOUDHARY Manoj MKC Innovations Materials Process and Product Innovation through Modeling PURNODE Bruno Mathematical Modeling and Numerical Simulation in Glass Fiber Manufacturing: Recent Developments and Challenges

PEDEL Julien PRAXAIR Partial Oxy-Fuel Conversion of Glass Forehearths: A Cost-Effective Way to Reduce CO2 Emissions by 60 % VESPA Pierrick SAINT-GOBAIN RESEARCH PROVENCE Development of New Refractory Solutions for Glass Industry through Numerical Simulation ZIMMERMANN Harald TAZ Spiegelau Glass Technology Development by Artificial Intelligence? JEBAVA Marcela UNIVERSITY OF CHEMISTRY AND TECHNOLOGY PRAGUE Batch, Glass-melt, Melt Flow and Their Relationship POKORNY Richard UNIVERSITY OF CHEMISTRY AND TECHNOLOGY PRAGUE Modeling the Batch-to-Glass Conversion MAHRENHOLTZ Hans VIDRIOCON CONSULTORIAS/GLASS SERVICE, a.s. Benchmarking Furnaces - Economically and Ecologically