The Steligence^® Approach

How to build sustainable and cost-effective underground car parks?

Smart underground construction is not just about creating space below ground, but about making smarter choices throughout the project lifecycle 💡 

In this carousel of The Steligence^® Approach, we highlight how sheet pile solutions enable more sustainable and cost-efficient underground car parks, based on a comparative study carried out in Germany. 

Lower CO₂ emissions, reduced construction costs and reusability, all aligned with the Steligence^® vision for smarter, more responsible underground construction. 

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How corrosion protection makes steel design smarter over time?

Smart steel design goes beyond strength, it’s about lasting performance.

In this carousel, we dive into how corrosion protection can make steel design smarter.

💡 Durability. Efficiency. Sustainability. All part of smarter steel design.

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How steel overcame infrastructure challenges?

Smart bridge construction is not just about connecting points, but about making smarter choices 💡

In this carousel of The Steligence^® Approach, we explore how a rural bridge in North Dakota overcame infrastructure challenges through intelligent steel solutions.

This project strongly reflects the core principles of Steligence^®:

1️⃣ Design optimization, 
2️⃣ Speed of construction, 
3️⃣ Durability, 
4️⃣ And long-term value.

This is exactly what we stand for: rethinking design from the earliest stages to achieve smarter, more efficient, and more sustainable infrastructure.

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How can steel help achieves net-zero cities?

Steel is essential to modern life, but its role must evolve.

In this carousel, we explore how XCarb^® recycled and renewably produced and the Steligence^® approach work together to rethink construction: from production to design decisions.

Less CO2 emissions.
Less material in the structure.
More future in every project.

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How your height structure can be optimized?

Less height. Bigger value.

Slim Floor turns structure into efficiency: reduced floor depth, lower façade costs, and extra usable area, all through smarter design.

Build better. Build smarter.

Discover more about Slim Floor on this link!

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How can steel become a strategy driver for low-carbon construction?

In this carousel of Steligence approach, we explore the insights shareb by Olivier Vassart CEO Arcelormittal Steligence, during the Paperjam 10x6 - Industry (Re)Invented event.

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How can colour and shape redefine steel in architecture?

In this Steligence^® approach carousel, we show how ArcelorMittal's coatings and profiles give steel new creative and functional possibilities.🔥

Explore how performance and design come together, try our own combinations with our 3D Configurator, and request for the Steel envelope book!

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How can a steel that rusts actually protect itself?

In this Steligence^® approach carousel, we explore how ArcelorMittal's weathering steels Indaten^® and Arcorox^®, turn corrosion into a self-renewing shield. No paint, no repainting, no maintenance over 100 years. 🔥 

A material that ages by design. A structure that protects itself from day one.

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How can one steel element replace three construction steps?

In this Steligence^® approach carousel, we explore how ArcelorMittal's hashtag #Cofra^® composite floor decking range transforms a single element into formwork, reinforcement, and structural bracing all at once. 

💡 Less labour on site.  

💡 Faster programmes.  

💡 Up to –15% CO₂.

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How can you reduce CO₂ emissions in concrete flooring by up to 45%?

In this Steligence^® Approach carousel, we explore how fibre-reinforced concrete solutions can replace traditional rebar, optimising performance while reducing environmental impact.

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Caste study 🏗️ 

This new carousel explores the Steligence^® approach through a real project.

At Bologna Airport, the new multi‑storey parking shows how engineering‑driven choices, combined with XCarb^® recycled & renewably produced steel, can reduce CO₂ without compromising performance. ✨ 

Efficiency, speed and lower carbon impact at infrastructure scale.

🔗 Discover the full project here

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🌍How can steel help prevent damage, reduce risk, and support recovery when natural disasters strike? 

• Earthquakes. 
• Landslides. 
• Floods & tsunamis. 
• Extreme weather. 

Across all these scenarios, steel plays a vital role. 

Steel is not just about strength, it is about resilience, adaptation, and long-term performance in the face of increasingly severe natural events.

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New drop from the Steligence^® Approach series.

What are the basic things you have to know about steel?

Steel stands out for its high strength-to-weight ratio, durability, and sustainability, making it an ideal choice for resilient structures and fast-track construction projects. 

Most importantly, it is 100% recyclable and easy to recover thanks to its magnetic properties, making it a key material for a circular and sustainable future. 🌱

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Introducing a new carousel from our Steligence^® Approach Campaign.

How can smarter engineering transform construction?

At Steligence^®, we believe the future of buildings starts with an integrated approach, where sustainability, structural performance, flexibility and efficiency are considered together from the very beginning.

Because intelligent construction is about more than materials.

It’s about designing better systems, better collaboration and better outcomes.

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