Agile pipeline construction for modern industrial plants
In industry, one thing above all counts: flexibility in planning while maintaining consistently high delivery quality. Traditional, lengthy planning phases are increasingly being replaced by agile project execution, where quick decisions and precise implementation are required.
We support you as a reliable partner through all phases of your pipeline project – from prefabrication to commissioning.
Our strengths in pipeline construction
Downtime in operational systems is always a challenge. Our teams understand the requirements:
- Fast problem-solving during dismantling and reassembly
- Flexibility in the event of unexpected repair needs
- Adherence to deadlines despite time pressure
- Highest occupational safety standards
Our employees act independently, quality-oriented, and in line with your objectives. Through close communication between site management, customers, and partners, we create maximum transparency and efficiency.
Martin Niemietz
Distributor for screening machines in soil processing
Ring pipeline DN900
Air intake ducts for a turbine test bench
MTS renewal of the raw gas pipeline
Supply lines at the turbine test bench
Pressurized piping of water lines
Exhaust steam nozzle, material: S235 JR, dimensions (L × W × H) 3000 mm × 1500 mm × 2000 mm
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Piping of a turbine test bench
Degassing pipeline / mine water pipeline, Haus Aden colliery
Cooling box for the cooling of electric steel slabs
Project description
For a major client in the steel industry, a specially designed cooling box was manufactured for the controlled cooling of electric steel slabs. The component has a total weight of 6 tons and measures 5500 mm in length, 2500 mm in width, and 2300 mm in height.
The construction consists of four assemblies, each containing a closed cavity. During the cooling process, these cavities are filled with circulating water to ensure efficient and uniform temperature control.
Special technical challenge
A key challenge during production was the development of an optimal welding sequence to minimize distortion of the component. Due to the massive steel parts and the size of the cooling box, particular care was required to ensure that the components:
- remain dimensionally accurate,
- exhibit minimal deformation, and
- do not develop residual stresses despite thermal loads.
Through precise planning, coordinated welding parameters, and a clearly defined sequence of production steps, a high-quality, stable, and low-distortion assembly was achieved that fully meets the demands of high-performance steel production.
