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Heat Exchanger – Tube Bundle Maintenance

Specialized equipment for maintaining and servicing heat exchanger components. This includes robust systems for bundle extraction, lifting, and precise cleaning to ensure optimal heat exchanger performance. We also offer advanced tube-to-tubesheet orbital welding solutions, along with efficient tube insertion and pulling systems, all engineered to support precise, safe, and efficient maintenance in demanding industrial applications.

Typologies

Accessories

  • Bundle extraction and lifting

  • Bundle cleaning

  • Tube – tubesheet orbital welding

  • Tube insertion and pulling systems

Our catalogue

Discover all our innovative solutions in one comprehensive catalogue.

PROJECTS

Our Successful Projects

Oil&Gas

Baltic Pipe Project – Compressor Station in Everdrup

The project aimed at the installation of piping and equipment of the Everdup Process Plant gas compression station, part of the Baltic Pipe project in Denmark. The Baltic Pipe is a strategic infrastructure project that aims to create a new gas supply corridor in the European market. Operational since October 2022, the Baltic Pipe is 900km long for a total cost of 1.88 billion dollars: it connects the Norwegian gas transport system with Denmark and Poland via an underwater gas pipeline in the North Sea.

Oil&Gas

FDS

Saipem FDS is a multi-purpose DP3 field development vessel designed for ultra-deepwater subsea construction. Capable of laying rigid pipelines, flexible flowlines and umbilicals, it also installs subsea structures using its J-lay system, advanced dynamic positioning system, ROVs and heavy-lift crane, making it a versatile solution for complex offshore field development projects.

Petrochemical

SALCOS DRP 1

The SALCOS DRP 1 is a direct reduction iron plant developed by Salzgitter Flachstahl GmbH at the Salzgitter steelmaking site in Germany. The project involves the construction of a hydrogen-ready plant based on Energiron ZR technology, capable of producing over 2 million tonnes/year of DRI using natural gas and hydrogen in flexible proportions. Its objective is to progressively replace the traditional blast furnace–coal route with low-emission steel production through the DRP-EAF route, reducing CO₂ emissions and supporting the decarbonization of the steel industry.

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