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Surge Arresters

Overvoltage surge arresters (also called SPD – Surge Protection Device) are mechanisms that allow to protect electrical equipment from overvoltages by absorbing the generated current. They can also be inserted in an already existing system in order not to modify the operation of the system.

Typologies

Accessories

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PROJECTS

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Oil&Gas

AIN TSILA GAS FIELD DEVELOPMENT

Ain Tsila is a gas condensate field situated in the Illizi Basin, Algeria, located within the Isarene permit in Blocks 228 and 229a. The Ain Tsila field boasts reserves amounting to 2.1 trillion cubic feet of sales gas, alongside 67 million barrels of condensate and 108 million barrels of liquefied petroleum gas (LPG). Discovered in 2009 through the successful drilling of the Ain Tsila-1 well, this gas condensate field garnered significant recognition, ranking as the ninth-largest discovery globally for that year. Spanning an extensive area exceeding 1,000 square kilometers, Ain Tsila represents a substantial addition to the energy landscape.

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.

Petrochemical

PDH – Kallo Project

The upcoming propane dehydrogenation (PDH) plant is set to be a major player, aiming for a production capacity of 750,000 metric tonnes per year, positioning it among the world’s largest and most efficient facilities. It is situated at an existing Borealis production site in Kallo, Belgium, chosen for its strategic logistical location and extensive experience in propylene production. Additionally, the selection aims to capitalize on synergies with the existing PDH unit. Utilizing Honeywell UOP’s Oleflex™ technology, known for its reliability and sustainability in propylene production, underscores the plant’s commitment to efficient and eco-friendly operations.

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