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Auxiliary Equipment

Essential support systems designed to enhance operational efficiency and safety. This range includes durable air compressors and power generators, advanced mobile lighting towers with LED technology, and specialized ATEX-certified welding habitat systems for hazardous environments. Additionally, we offer robust workbenches, modular shelving, and trailer-mounted ATEX HVAC units to meet diverse workspace needs. Each piece of equipment is engineered to provide reliable performance, ensuring optimal support in complex and demanding settings.

Typologies

Accessories

  • Air compressors & electricity generators

  • Mobile lightning towers with led technology

  • Atex welding habitat systems

  • Work benches and shelving

  • Atex hvac trailer-mounted

Our catalogue

Discover all our innovative solutions in one comprehensive catalogue.

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.

Oil&Gas

Abu Attifel and NC 125 Conventional Oil Field

Located onshore Libya, the Abu Attifel and NC 125 fields are active in conventional oil production. Their peak production occurred in 1994, having already recovered 92.14% of their total recoverable reserves. Economic projections indicate that oil extraction will continue until these fields reach their economic limit by 2046. Presently, these fields contribute approximately 5% to Libya’s daily oil output.

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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