Predicting Implementing Equilibrium Tender

Grant agreement ID: 101268485
Project terminated on 31 October 2026

EC signature date
17 March 2026
Start date
1 May 2026
End date
30 April 2028

The chemical industry is a significant contributor of industrial emissions, making its electrification a priority for Europe’s green transition. Using alternating electrochemical potentials to drive chemical reactions could improve sustainability. Research has lacked predictive methods and overlooked time-asymmetric waveforms despite chemical processes being asymmetric in time. With the support of the Marie Sklodowska-Curie Actions programme, the POWER project aims to use time-asymmetric potentials to achieve predictive control of electrosynthetic processes. It will use a systematic, theory-based experimental approach for designing asymmetric electrical waveforms that precisely control non-equilibrium electrochemical reactions. This approach could deliver a step change in yield and energy efficiency and open access to compounds with promising therapeutic applications.