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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

Kaombo FPSO Project

An innovative ultra-deep-water offshore project, the Kaombo project in Block 32 aims to extract oil from six fields linked by 300km of pipelines to FPSO vessels. Operating at depths up to 1,950 meters, it utilizes advanced technology for its 658 million barrel reserves, with a production capacity of 230,000 b/d, making it Angola’s largest subsea well system. Through cutting-edge technology and engineering, it pushes the boundaries of traditional oil exploration, demonstrating Angola’s commitment to advancing its energy sector.

Petrochemical

Bouri Field

The Bouri Field is located offshore in Block NC-41, about 120km northwest of Tripoli in the waters of Libya. Water depth in the region ranges between 145m and 183m. Is estimated to contain 4.5 billion barrels (720,000,000 m3) in proven recoverable crude oil reserves and 3.5 trillion cubic feet (99 km3) of associated natural gas with an annual production potential of 6 billion m³. Bouri field development includes two offshore platforms- DP3 and DP4, seven subsea wells and an Floating Storage and Offloading (FSO). Bouri is considered the largest producing oilfield in the Mediterranean.

Oil&Gas

Modernización Refinería Talara

The “Modernización Refinería Talara” project involves the refurbishment and modernization of the Talara refinery located in Peru. The project seeks to achieve two key objectives: reducing sulfur content in diesel, gasoline, and LPG fuels to a maximum of 50 ppm and increasing the refinery’s crude processing capacity from 65,000 to 95,000 barrels per day (BPD), allowing for the processing of heavy crude and conversion of residual products into marketable ones.

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