Abstract
Nearly a quarter of the energy consumption of Europe is required for industrial processes. Huge efficiency potentials can be exploited. One
such is under research within the EU funded project DAPhNE by developing an integrated solution for energy intensive firing processes with
microwave technologies. A methodology towards the preliminary definition of Key Performance Indicators (KPIs) with focus on economical,
environmental and operational aspects is presented within this paper. By means of lab-scale measurements, the preliminary selected KPIs are
determined and benchmarked against conventional KPIs to develop an eco-efficient production system. Moreover life cycle assessment (LCA)
results support the evaluation and quantify the environmental benefits of microwave heating. Lab-scale results indicate a high carbon emission
reduction potential.
