Innovation projects

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Innovation projects

Innovation at Celsa drives the development and integration of new solutions that enable the company to achieve our NET POSITIVE vision.

It is based on three pillars: Circular Economy, Industry 5.0 and Decabornization.

Circular Economy, Industry 5.0 and Decabornization.

Innovation projects at Celsa

Discover the initiatives that are accelerating technological transformation and the transition towards circular models that are more efficient and adapted to change.

All
Energy and emissions
Circularity
Digitalization
People
All
Circular Economy
Industry 5.0
Decarbonization

46 projects

See old projects

BLUESTEEL

2025 - 2026

Digital twin for efficient, safe, and circular industrial water management in the steel industry

DCaS-R

2025 - 2026

PLAFIMAG

Recupera-3D

MgCO2

2022 - 2024

Quantum Cognitive Digital Industry (QCDI)

2022 - 2025

Charging points

2023

DevH2forEAF

2020 - 2024

Smartcrane

2017-2020

Robots

2022-2023

Interface

2022 - 2024

Digital Spare Parts

2022-2023

HYMET

2020 - 2023

Drones_iScrap

2022 - 2023

AGV

2022 - 2023

NANOSCALE

2021 - 2023

ESSA

2019 - 2023

FLEX4FACT

2022 – 2025

Flexible solutions for industrial processes to reduce CO2 emissions and facilitate the energy transition

ALCHIMIA

2022-2025

Integrated modelling for sustainable and optimised steel manufacturing processes

CaLby2030

2022 – 2025

Calcium looping to capture CO2 from industrial processes

TWINGHY

2023 – 2027

Digital Twins for the transition to green hydrogen in the steel sector

DRASTIC

2023-2026

Sustainable and affordable construction solutions with optimal performance throughout their life cycle, promoting circularity.

REMFRA

2023 – 2027

Recovery of metals and mineral fractions from steel manufacturing waste

RETRIEVE

2024-2028

Reintegration of photovoltaic panel waste into manufacturing as high-value products

iBots4CRMs

2024-2028

AI-powered self-learning robots for high-performance waste valorisation and critical raw material (CRM) recovery

Digi4Circular

2023-2026

Digital platform for the development of future products based on the circular economy

BUTTERFLY

2023 – 2025

Biomass as a high-performance renewable fuel

PLOOTO

2023 – 2026

Product passport and circular value chains

TRANSZEROWASTE

2025–2028

Improving the quality of iron ore and mill scale from the rolling process using low-carbon technologies

SLAG2BUILD

2025–2029

Granulation of ladle furnace slag to enable its reuse as a substitute for Portland cement in the construction sector.

PRISMA

2025–2028

Standardisation of the information system for managing and monitoring the environmental footprint of steel products.

Skills4EII

2024–2027

Skills development in the energy-intensive industry for the transition to Industry 5.0

RESURGENCE

2024–2027

Industrial water circularity: reuse, resource recovery and energy efficiency for greener digitalised processes in the EU.

R3VOLUTION

2024–2027

Maximising process water reuse and resource recovery through a smart, circular and integrated solution.

RecAL

2024–2027

Recycling technologies for circular aluminium: AI-driven sorting techniques for aluminium alloys

ProcTwin

2024–2028

Integrated modelling for sustainable and optimised steel manufacturing processes

Empathical

2023-2027

Pilot plant for methanol production using calcium looping and heat recovery.

BioReSteel

2023-2027

Valorization of wet biomass residues for sustainable steel production with efficient nutrient recycling.

PROBONO

2022 - 2026

MEVO

2022 - 2023

Cement 2 Zero (C2Z)

2022 - 2024

Gasification of ASR wastes

2021 - 202X

GreenHeatEAF

2023 - 2026

HyInHeat

2023 - 2026

Rolling Mill Furnace H2

2022 - 2224

Rolling Mill Furnace Transition

(2018) 2025 -

Open innovation

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