Trends in sustainable steel construction by 2025
The sustainability in construction has ceased to be a passing trend and has become a global standard. The fundamental reason why they have acquired this position of predominance is due to their prominence as a versatile, efficient and environmentally friendly solution.
Companies such as Ingea Innovaspecialising in cutting-edge techniquesare leading this change, setting the pace for a more sustainable future. In this article, we analyse the main trends in the use of sustainable metal structures in the 2025 that has just begun.
1. Recycled and recyclable materials: steel, the absolute protagonist
As is well known, a fundamental quality these days in order to the use of steel is that it is a 100% recyclable material.It can be reused without losing its structural properties. This characteristic makes it an ideal choice for sustainable buildingsThe need for a global awareness of the global situation is growing.
This is one of the strongest reasons for implementing the planned increase in the production of steel made from recycled materials by 2025, aiming for a significant reduction in the carbon footprint.
The key trend is in green steel, a material manufactured using processes that use renewable energies and promises to transform the industry by aligning it with global sustainability goals.
In this regard, companies such as Ingea Innova are adopting innovative practices to maximise the use of these materials, contributing to projects that meet and exceed environmental standards.
2. Modular design with metal structures
Modular design is revolutionising the constructionand the metal structures are your perfect ally, as they allow the creation of prefabricated modules that are assembled on site quickly and accurately, reducing waste, price and construction time.
The advantages of this system include a less waste generation in the construction processThe modules are easy to dismantle and reuse, and transport and logistics are optimised, reducing the carbon footprint.
In 2025, we will see greater integration of technologies such as BIM (Building Information Modelling) to plan modular projects with millimetre accuracy, minimising errors and ensuring energy efficiency.
3. Advanced technologies to optimise sustainability
The digitisation is significantly boosting sustainability in the construction sector. Metal structures are directly benefiting from the technological tools by improving their design, manufacture and maintenance. Thus, the most important innovations for this year will be the following.
3D printing of metal components
It is a technique that allows the creation of customised parts with greater precision, reducing material waste.
IoT in metal constructions
Sensors connected to the Internet of Things make it possible to monitor the state of structures in real time, detecting critical points and prolonging their useful life.
Robotics in manufacturing and assembly: Specialised robots are optimising the production and assembly of metal structures, reducing costs and increasing safety at work.
Ingea Innova integrates these technologies into its projects, offering solutions adapted to the specific needs of each client.
4. Energy efficiency through innovative designs
In the 21st century, architectural design plays a key role in sustainability. Today, metal structures enable the creation of energy-efficient buildings, thanks to their ability to support large spans and open designs that maximise the use of natural light and ventilation. Architectural trends in 2025 in relation to energy efficiency are as follows:
Intelligent metal facades
With the incorporation of thermal insulation and passive ventilation systems to reduce energy consumption.
Green roofs on metal structures
Green roofs not only insulate buildings thermally, but also help to combat the heat island effect in cities.
With these innovations, buildings adapt to the needs of the present while preparing for future climate challenges.
If you want to know how to get the most out of energy efficiency, here is how you can make the most of it. 10 practical tips for optimising energy efficiency in industrial warehouses.
5. Sustainability certifications in metal projects
By 2025, sustainability certifications will be an essential standard for any building. Metal structures, due to their versatility and efficiency, make it easier to obtain seals such as LEED, BREEAM and WELL.
The use of these certifications will attract benefits such as increased market value for properties, reduced long-term operating costs and recognition in the industry for environmental commitment.
Companies such as Ingea Innova are developing projects that meet the highest standards, ensuring sustainable construction from design to operation.
6. Hybrid construction: combining the best of several worlds
Special attention deserves to be paid to hybrid solutions, which combining metal structures with materials such as wood and concreteand their growing popularity in the market. They are constructions that take advantage of the benefits of each material to optimise costs, functionality and sustainability.
Its advantages include the carbon footprint reduction by combining natural materials, such as wood, with the strength of metal, greater flexibility in architectural design and adaptation to local sustainability regulations.
It is a rapid growth trend which is redefining the way projects are planned, offering solutions adapted to the particularities of each environment.
7. Circular economy applied to steel construction
This type of economic system is recognised as having a fabulous capacity for minimising waste and reusing existing resources. In the field of steel structures, this means developing projects with a full life-cycle approach.
Circular economy practices for 2025 include the use of recycled materials in the manufacture of structures, planning for the dismantling and reuse of metal components at the end of their useful life, as well as the recycling of waste generated during construction.
Also Ingea Innova is leading the shift towards this model, promoting responsible practices that ensure maximum use of resources.
8. Sustainable urban planning with steel structures
All the advantages of metal structures are also transforming cities, and will continue to do so with greater emphasis and efficiency this year, as they will be key to developing sustainable urban infrastructures such as bridges, transport stations and public buildings.
Some of the most notable examples of sustainable urbanism are low environmental impact metal bridges (designed to minimise impact on the natural environment), efficient transport stations (incorporating solar energy and passive ventilation systems), zero emission public buildings (built with metal structures that support renewable energy generation systems).
The sustainable urbanism approach improves people's quality of life and reduces the environmental impact of cities.
In short, a sustainable metal future is possible. The conclusion drawn from this analysis is that by 2025, the metal structures are consolidated as a key solution in the sustainable construction. Their versatility, durability and compatibility with advanced technologies make them the ideal partner to meet the environmental challenges of the future.
Ingea Innovawith its commitment to innovation and sustainability, is at the forefront of this change. Through projects that integrate responsible practices and state-of-the-art technologiesshows that it is possible to build a greener future without sacrificing functionality and aesthetics.
The transition to more sustainable construction is not an option, it is a necessity. And thanks to steel structures, this transformation is closer to becoming a tangible reality and a win-win situation.
