Steel Pilot and Demonstration Projects

Eligibility & Scope

Water Themes

Keywords

(art.8) energy efficiency of steel production, (art.8) finishing operations, (art.9) mechanical fatigue, (art.10) elimination of waste gases, (art.10) pollution control, (art.8) steel-making operations, (art.10) circular economy, (art.9) mechanical properties, (art.10a) working conditions, (art.10a) health conditions, (art.8) rolling operations, (art.8) process chain optimisation, (art.10) raw materials, (art.10) utilisation of process gases, (art.9) steel resistance, (art.10a) safety conditions, (art.8) near-zero-carbon steel production, (art.9) steel grades, (art.8) recycled scrap melting, (art.10) recycling obsolete steel, (art.10) life cycle assessment, (art.8) modelling, (art.9) thermal fatigue, (art.10a) developing competencies, (art.9) eco-design methods, (art.8) carbon avoidance, (art.8) application of big data, (art.8) hybrid heating techniques, (art.9) mobility applications, (art.10) water management, (art.8) coating operations, (art.8) recovery of waste heat, (art.9) microstructures, (art.10) treatment of waste, Research Objective Art.9, (art.8) secondary metallurgy, (art.10) recycling steel by-products, (art.8) digitalisation, (art.9) material properties, (art.10) design of steel grades, (art.10a) disseminating competencies, (art.9) mechanical and physical properties, Research Objective Art.10, (art.8) casting operations, (art.10) steel recycling, (art.8) reduction and pre-reduction of iron-ore, (art.8) prevention of energy losses, (art.10) steel recovery, (art.10) steel scrap, (art.8) reliability of steel production tools, Research Objective Art.8, (art.8) metallurgy, (art.8) artificial intelligence, (art.9) predictive simulation models, (art.8) steel process, Research Objective Art.10a, (art.8) energy management solutions, (art.8) steel-making processes, (art.9) heat resistance, (art.8) steel-making, (art.9) production processes, (art.8) control, (art.8) automation, (art.10a) lifelong learning, (art.10) protection of the environment, (art.9) steel properties, (art.8) iron- and steel-making processes, (art.10) waste, (art.9) corrosion resistance, (art.10) slags, (art.8) carbon usage, (art.9) retrofitting, (art.9) standardisation, (art.8) maintenance of steel production tools, (art.10) emissions, (art.8) clean hydrogen economy, (art.8) zero-carbon energy production, (art.9) sustainability, (art.10) steel reuse, (art.9) testing and evaluation methods, (art.10a) ergonomics, (art.10) recovery secondary raw materials, (art.9) safety solutions, (art.9) lightweight design, (art.10) assembled structures, Steel, RFCS