Industrial direction 01
Silicon & Energy Materials
Development of resilient industrial pathways for silicon-based critical materials and advanced energy-material applications.
01 — Strategic context
Material capability depends on the full industrial pathway.
UPMC approaches silicon and energy materials as an integrated industrial-development domain linking material strategy, processing requirements, production architecture, qualification pathways and European localisation. The objective is to structure resilient value chains rather than isolate a single material or production step.
02 — Industrial pathway
From material strategy to European industrialisation.
01Material Strategy→
02Processing & Material Engineering→
03Production Architecture→
04Qualification Pathway→
05European Industrialisation
03 — Focus areas
Selected material and industrialisation pathways.
Battery-grade material pathways
Silicon-carbon material development
Industrial processing & localisation
European value-chain resilience
04 — UPMC role
Industrial project development and implementation architecture.
UPMC structures industrial projects, programme architecture, engineering coordination, investment and implementation pathways, and localisation models. These functions describe UPMC's development role and do not imply that every processing or production stage is already operated directly by UPMC.
05 — Strategic programme
ESEM provides the dedicated programme architecture.
The European Silicon & Energy Materials Platform is the specialised programme structure associated with this industrial direction. UPMC acts as corporate and industrial-development authority while ESEM retains its own programme identity and dedicated implementation architecture.
06 — Cooperation
Discuss a silicon or energy-material pathway with UPMC.
Engage on industrial architecture, material-development pathways, localisation, engineering coordination or programme structuring.