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INEVITABLE

Optimization and performance improving in metal industry by digital technologies

INEVITABLE logo
Image used with permission of the INEVITABLE project.

The project INEVITABLE is targeting at resource and energy intensive sectors of the process industry, with focus on the steel and nonferrous metals sector.

Since these industries have an enormous impact on energy and resource consumption, and consequently on the environmental footprint, improvements of energy and material efficiency represent major results of the project with positive impacts on both process sustainability and environment.

The focus of INEVITABLE is to develop high-level supervisory control systems for different production plants and to demonstrate them in operational environment to enable autonomous operation of the processes based on embedded cognitive reasoning.

The project approach is based on three enabling technological areas:

  • data collection & sensor technologies,
  • tools for data analysis, control and optimization,
  • digitalization infrastructure;

The application of these enabling technologies will be an important step towards digital transformation and optimization of selected production processes  (link to external webite).

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You can find out more information about INEVITABLE by visiting the project homepage  (link to external website).

INEVITABLE is a collaboration across many European countries.

INEVITABLE participant countries
Image used with permission of the INEVITABLE project.
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Image used in line with the guidance of the European Commission

INEVITABLE has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 869815.

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Belongs to: Materials Science and Engineering
Last changed: Nov 26, 2024
Optimization of the ingot casting process by minimising macrosegregation and porosity
Avoiding cracking during casting of a duplex stainless steel
Highly efficient technologies for increased yields in steelmaking processes and reduced environmental impact
Valorization of wet biomass residues for sustainable steel production with efficient nutrient recycling
Synthesis, structure and application of bio-binders for electrodes and refractories in the metallurgical process industries
Substitution of fossil-based carbon with lignin in furnace electrodes for the metallurgical industry
Metallic Elements Dissipation Avoided by Life cycle design for Steel
Application of Microwave Plasma Generator for the Production of Solar Grade Silicon
Substitution of fossil Combination in Industrial high-Temperature processes by Advanced Electrical and plasma heating technologies
P purification of MeOH sludge to produce synthetic fluorspar and to recover phosphorus
Refractory materials in steel production: mechanisms of lining wear
Validation of Simulation Models for Steel Production
Fossil free Graphite production with Molten iron graphitization of biomass
Upgrading of biobased pyrolysis oil in existing refinery infrastructure
Biomaterials for carbon anode in aluminium production
Innovative Integrated Tools and Technologies to Protect and Treat Drinking Water from Disinfection Byproducts (DBPs)
Catalytic reduction of CO2 gas to solid carbon - towards emission-free steelmaking
Clean metallurgy
FerroSilva - fossil-free virgin steel from iron ore and biogenic reduction gas
Computational fluid dynamics
Energy and furnace technology
Recycling plastic wastes to valuable chemicals of monoaromatics and metals through catalytic-pyrolysis
Optimized biofuel-production via two-step upgrading via catalytic pyrolysis and hydrotreatment
Electrified-Catalytic Reforming using 3D printed catalysts for Biomethane production from biomass pyrolysis
High-temperature experimental kinetics
Powder metallurgy
Advanced design, monitoring , development and validation of novel HIgh PERformance MATerials and components