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Fume & Air Treatment System

The ducted fume hoods as they are the most used fume hoods available on the market today. The available type are the constant air volume (CAV), the reduced air volume (RAV) and the variable air volume (VAV) chemical fume hoods.

Chemical fume hoods work by extracting air and noxious fumes away from the lab. and out of the fume hood where the air is filtered and returned to the outside environment by means of a duct system. User protection is enhanced by a movable sash that can be raised or lowered based on the needs of the user. All three types work in a very similar way, differentiated only by their air flow properties.

Typologies

Accessories

  • Extraction Arms

  • Fume Hoods

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PROJECTS

Our Successful Projects

Oil&Gas

Castorone

Castorone, located in the Black sea, the is one of the world’s largest and most technologically advanced pipelay vessels. Operating in S-lay configuration, it is capable of installing pipelines up to 60 inches in diameter in environments ranging from shallow waters to ultra-deepwater. Equipped with a DP3 dynamic positioning system, an advanced automated welding line, and a high-capacity pipelay system, Castorone delivers high production rates, precision, and reliability for complex offshore pipeline installation projects.

Oil&Gas

Flatfish

FlatFish is a hybrid, fully autonomous underwater inspection drone developed by Saipem to perform autonomous inspections of subsea infrastructure. Designed to operate at depths of up to 3,000 metres, it carries out inspection activities on pipelines, subsea structures and other underwater assets, contributing to safer and more efficient offshore operations. Following the successful completion of functional tests at Saipem’s testing facility in Trieste, Italy, the project has entered its final phase, with FlatFish scheduled for deployment in Petrobras’ ultra-deepwater offshore operations in Brazil.

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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