From heat-driven processes to the use of mechanical and electric forces (Processes4Planet partnership) (IA)

Energy-intensive industries achieve:
– Integration of renewable electricity by replacing heat-driven units with direct electrically driven process technologies.
– Contribution towards EU climate neutrality and the 2040 target of 90% GHG reduction.
– At least 25% energy savings compared with processes based on Best Available Technologies.
– Improved economic viability of electrified units versus state-of-the-art heat-driven processes, enhancing competitiveness and resilience of the European process industry.
– Demonstrable CO₂ reduction potential, performance, scalability and cost efficiency through at least one realistic industrial use case.
– A clear exploitation pathway supported by a robust business case, feasibility analysis, financial model and identification of funding sources.
– An outlined strategy for societal and environmental benefits and workforce upskilling to support technology deployment.

Proposals must: 1) Demonstrate and/or integrate at least one highly efficient electrically driven technology (e.g. membrane, ultrasound, mechanical activation, electrochemical) as a direct substitute for traditional heating in process‐industry units; 2) Measure and report energy‐efficiency gains against Best Available Technologies; 3) Prove GHG emission avoidance with a structured methodology (including clear baselines and projected reductions); 4) Adopt a holistic approach covering equipment redesign, advanced materials, integrated electrified processes and digital control; 5) Ensure process safety, sufficient flexibility and ease of operation; 6) Provide at least one realistic, replicable use case with demonstrable economic return, showcasing CO₂ reduction potential, performance, scalability and cost efficiency; 7) Include a business case and credible exploitation strategy for industrialisation (market analysis, TRL‐upgrading plan, investment needs, value‐chain integration, skills requirements and user acceptance); 8) Deliver an exploitation plan with preliminary scaling, commercialisation and deployment pathways (feasibility study, business plan, financial model) and map potential funding sources (Innovation Fund, InvestEU, cohesion policy funds); 9) Outline societal and environmental impacts and implications for workplace skills and organisational change.