The thermal balance of a glass furnace is a key tool for understanding and optimizing energy use in high-temperature processes. Operating above 10 MW, furnaces require accurate evaluation of all energy inputs (fuel, electric boosting, air) and outputs (glass heating, flue losses, reactions, and leakages).
This work combines design models with on-site measurements to bridge the gap between theoretical and real performance. The approach enables the identification of inefficiencies and supports targeted improvements. Periodic thermal balance analysis can significantly reduce energy consumption, emissions, and operating costs while improving furnace lifetime and stability.
Stara Glass
Born in Genova in 1983, Mr Minestrini has been working for 12 years in glass industry. He deals with mathematical modelling, computing, design, special & innovative technologies design, installation and operation. He is a heat balance detection and computing specialist.
Mr Minestrini is the author of numerous technical papers and has spoken at many scientific conferences, winning the Michael Garvey award in 2018 with a paper about the Prime Glass project. He is also an expert Project Manager, and is involved in customer support and dissemination activities. Additionally, he is responsible for internal training in the company and external training at the University of Genova.
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