Future-proof projects

At the request of the client, STM Group engineered and delivered a complete repair facility designed to meet the specific operational demands of the location. Working closely together from the earliest design phase, a practical and efficient layout was developed.

The entire structure was supplied as a modular, prefabricated construction kit, allowing for swift and cost-effective on-site assembly.

This flexible concept ensured the facility could be tailored to future expansion or functional adjustments, providing a sustainable long-term solution.

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For this project, STM Group engineered and constructed emergency switching station containers with strict requirements limiting torsion to a maximum of 1 mm.

By applying CPI's innovative Corrugated Wall product, the containers were ensured to meet these stringent specifications, even accounting for additional loads during transport on container trailers.

The result is a highly resilient and precise steel construction solution tailored to the critical demands of high-voltage emergency infrastructure.

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This project called for a tailor-made solution, requiring the engineering and delivery of a lifting ferry docking bridge in close collaboration with the client.

The bridge was engineered to accommodate demanding operational conditions, with a focus on both structural strength and ease of use.

Thanks to its custom design, the solution ensures safe and efficient docking operations while meeting all technical and logistical requirements on-site.

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STM Group was tasked with re-engineering the modular ferry barges and wheelhouse based on the client’s original design.

By optimizing the design for efficient production, fabrication, and transport, ensuring that all modules could be seamlessly assembled on-site. The modular components were manufactured and delivered to Gorinchem, where the ferry was fully assembled and prepared for its trial voyage.

This project demonstrated STM's ability to translate complex concepts into practical, modular marine solutions while maintaining high quality and functionality.

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To meet the client’s need for testing the tensile strength of their manufactured sea cables, STM Group designed and realized a specialized pull and test bench.

This steel construction was engineered to withstand the intense forces involved in cable testing, ensuring accurate and reliable performance measurements.

The project combined precise engineering with robust construction to provide a durable and functional solution tailored to the demanding requirements of the sea cable industry.

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For this project, STM Group took on the engineering and realization of a production facility combined with a computer-controlled body storage system.

Working within an active production environment, the challenge was to design a highly functional, durable, and precise construction that could integrate seamlessly with automated systems.

Through smart engineering and close coordination with the client, the team delivered an efficient, future-proof solution that supports continuous, streamlined production processes.

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This project involved the engineering and realization of a complex steel structure for a train station entrance, built to exceptionally high standards. The structural design included custom-fabricated triangular beams with integrated supports for a glass roof construction — a challenging element due to its precision requirements.

Thanks to STM Group’s CE-1090 EXC3 certification and strict adherence to execution standards, the team successfully delivered this technically demanding structure.

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In close collaboration with the client and architect, STM Group developed and engineered a functional and structural office building design tailored to the client’s specific operational needs.

The challenge was to translate these functional requirements into an efficient, buildable steel structure while maintaining architectural quality and flexibility in the design.

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For Bronswerk Heat Transfer, STM Group was tasked with developing specialized steel construction and engineering solutions for dynamically loaded cooling installations in the petrochemical industry.

The project focused on designing a robust and durable A-frame structure capable of withstanding heavy dynamic loads and harsh operational conditions. The implemented engineering approach optimized material use while ensuring compliance with strict safety and performance standards.

This enabled a reliable, long-lasting solution tailored specifically to the challenging environment of petrochemical cooling systems.

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For SteelMill Pechiney, STM Group engineered a complete concept focused on the production of anodes.

A key challenge was the integration of heavy 60-ton cranes and specialized lifting equipment into the structural design.

The project required precise engineering to ensure safe, efficient operations while accommodating the complex production processes within the facility.

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For this project, STM Group was responsible for the complete turnkey design, engineering and delivery of a production and logistics facility.

A defining element of the design was the integration of heavy 60-ton magnetic cranes into the structural framework. This posed a significant engineering challenge, requiring careful coordination between architectural design, structural calculations, and crane specifications.

The result is a robust, high-capacity facility tailored to the client’s demanding operational requirements.

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This project involved the design and engineering of a dynamically highly loaded conveyor bridge spanning 26 meters.

By utilizing a load-bearing façade construction combined with CPI's specialized Corrugated Walls product, STM Group successfully addressed the challenges posed by heavy dynamic loads and the large span.

This innovative solution ensured structural stability and durability, allowing the bridge to perform reliably under demanding operational conditions.

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For the faculty of the HUA, STM Group collaborated closely with the architect to develop an integrated architectural and structural design.

A key requirement was that large parts of the steel structure would remain visible throughout the building, making both the engineering precision and aesthetic detailing crucial.

The challenge lay in ensuring the exposed steel met both structural demands and high architectural standards.

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TKF developed an innovative concept to transport submarine cables using a push barge that doubles as a cable reel. The project posed significant challenges due to the extremely high weight of the cable stored in the barge and the complex loading and unloading mechanisms involved.

STM Group provided the steel construction and engineering of this unique structure. By utilizing CPI's specialized Corrugated Walls product, the design was ensured that it could withstand the intense winding forces generated during cable handling.

Delivered was a robust and functional system that meets the demanding operational requirements of this pioneering project.

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For this residential project, STM Group engineered a structural design featuring integrated floor beams (THQ).

Working collaboratively with the client in a cloud-based BIM environment, the team successfully integrated steel and concrete components into a seamless, efficient construction model.

The challenge lay in ensuring perfect coordination between both materials within a digital design process.

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STM Group was responsible for the steel construction and engineering of this hotel project, built onto an existing concrete structure.

The main challenge was designing a structurally efficient steel framework that integrated seamlessly with the existing building, while meeting strict optimization requirements.

The usage of our GLP and THQ profiles allowed us to meet those challenging requirements.

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STM Group delivered a complete turnkey solution, consisting of an installation tower featuring a 36-meter span bridge designed to accommodate conveyor belts and associated installations.

The project combined engineering precision and full realization, ensuring that the complex requirements of the logistics facility and office integration were met seamlessly.

This approach allowed for efficient material flow and operational functionality within a robust, well-engineered structure.

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For ATCO, the client’s ambition was to optimize the steel structure while achieving larger clear spans within the facility. STM Group responded by applying its in-house developed GLP beams, which made it possible to realize the required wide spans efficiently.

This approach not only improved the structural layout but also led to a significant reduction in both construction costs and the total steel volume used.

The project is a strong example of smart engineering delivering tangible operational and financial benefits.

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For this sustainable project, the client requested the integration of recycled materials within the design. STM Group engineered a concept combining recycled wooden trusses with a steel structure, creating a unique, eco-conscious solution.

The final design evolved into a distinctive pyramid-shaped building featuring GLP beams, offering both structural efficiency and a visually striking result. This project highlights how smart engineering and sustainability can go hand in hand.

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This project involved engineering and constructing a fully moveable bridge tailored to the client’s specific requirements.

The main challenge was balancing the bridge’s structural strength with the need for reliable, frequent movement.

By applying advanced steel construction methods and precise engineering, we delivered a durable and efficient solution that supports heavy loads while enabling smooth operation.

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For VMI, STM Group engineered and delivered the steel structure for a logistics facility, with integrated offices, where large clear spans of over 40 meters were a key requirement.

The client sought a cost-effective solution to achieve these spans without compromising on structural integrity. By applying GLP beams, STM successfully realized an efficient, open layout that maximized usable floor space and operational flexibility.

The challenge lay in balancing cost efficiency with technical performance in the design and execution.

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Working closely with the architect, STM Group engineered a practical, buildable design that combined a storage facility with a showroom and office spaces.

The focus was on creating a functional layout that met both operational and brand presentation needs. The challenge was to balance efficient logistics areas with inviting, representative spaces for clients and staff within a single cohesive design.

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For this project, STM Group was responsible for the complete turnkey delivery of a food storage and cooling facility.

From engineering to realization, including all installations and finishing, the building was fully customized to meet the operational and functional requirements of the client.

The result is a modern, efficient logistics hub equipped with state-of-the-art cooling systems and optimized for streamlined food storage and handling processes.

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