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Furniture

Availability of an almost infinite series of combinations of structure & working surface materials, module dimensions & internal configuration, tops & shelves that allow laboratory’s operators to work safely and with everything at their fingertips. All our solutions are entirely designed by our team of specialists which is also able to follow all the assembling activities at site.

Typologies

Accessories

Technical furniture:

  • Modular furniture

  • Safety cabinets

  • Office Furniture

Our catalogue

Discover all our innovative solutions in one comprehensive catalogue.

Other products that may interest you

Instrumentation & Analyzers

Our solutions are based on the study of individual project specifications with related analytical methods and available spaces in order to identify the best solution.

Gas Distribution System

  • Routing design & calculation based on
    available spaces and forecast number of
    machines
  • Consumption calculation
  • Supply of all the components including
    cylinder racks, change-overs.
  • Installation including tubing welded through
    orbital welding machines

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.

PROJECTS

Our Successful Projects

Bioenergy

Rotterdam Site Development Project

The production of renewable products began at the Rotterdam refinery in the Netherlands in 2011, marking a significant milestone in sustainability efforts. With Neste’s current capacity for renewable products standing at 1.4 million tons in Rotterdam, it currently holds the title for the largest such capacity in Europe. To further bolster its commitment to renewable energy, Neste is undertaking a substantial investment of approximately EUR 1.9 billion for the expansion of the Rotterdam refinery. This expansion project aims to increase overall renewable product capacity by 1.3 million tons per annum. Consequently, the total renewable product capacity in Rotterdam will soar to 2.7 million tons annually, with sustainable aviation fuel (SAF) production capability accounting for 1.2 million tons. The target timeline for starting up the new production unit is set for 2026.
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Oil&Gas

Petrobrazi Refinery

Petrobrazi, boasting an annual refining capacity of 4.5 million tons/year of crude oil, stands as one of Romania’s foremost refineries. It serves as a pivotal hub where crude oil undergoes processing, resulting in a diverse array of high-value petroleum products, ranging from gasoline and diesel to LPG and aviation fuel. Presently, Petrobrazi operates at exemplary environmental and performance standards, capable of refining the entire equity crude oil production of OMV Petrom. In a strategic move towards sustainability, the Romanian oil company plans to construct 55MW of green hydrogen projects at its Petrobrazi refinery, located 60km north of Bucharest. This initiative involves the installation of two electrolysers, one with a capacity of 35MW and the other with 20MW. The renewable hydrogen generated will be utilized in the production of bio-based sustainable aviation fuel (SAF) and biodiesel, marking a significant step towards reducing carbon emissions in the aviation sector.
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Energy

New Hydrogen Production Unit – Porto Marghera

The project aims at implementing two hydrogen production lines for the Venice biorefinery in Porto Marghera. Its primary objective is to increase the availability of hydrogen at the biorefinery to fulfill the requirements of the EcofiningTM unit in terms of quality, quantity, and availability, all while optimizing energy efficiency. As part of a phased transition to producing decarbonized hydrogen, these units are designed to significantly reduce the emission of fossil CO2 into the atmosphere by utilizing biogenic charges recirculated by the EcofiningTM unit.
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