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Fire Performance Cables

High-quality fire performance cables are engineered to maintain functionality under extreme conditions, ensuring reliable signal transmission and power supply even during fire scenarios. Designed for critical applications, these cables support emergency systems, alarms, and essential communication networks. Featuring fire-resistant insulation and robust sheathing, they undergo rigorous testing to meet stringent international standards, offering durability and safety in high-temperature and high-risk environments. Ideal for industrial, commercial, and public facilities, these fire performance cables deliver resilience and compliance for maximum protection.

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Oil&Gas

FDS2

Saipem FDS 2 is a DP3 field development vessel designed for ultra-deepwater subsea construction. Operating primarily in J-lay mode, it is capable of installing rigid pipelines up to 36 inches in diameter, as well as subsea structures, umbilicals and flexible flowlines. Equipped with a 2,000-tonne J-lay tower, a 1,000-tonne offshore crane, a DP3 dynamic positioning system and automated welding systems, FDS 2 delivers high-precision and efficient installation for complex offshore field development projects.

Naval

CMA CGM SCRUBBER PROJECT

The project involves fitting scrubbers onto container ships totaling a capacity of 8.09 million TEU. This initiative aims to comply with a new regulation enforced by the International Maritime Organization (IMO) since January 1st, 2020, which mandates an 85% reduction in sulfur emissions from shipping companies. The goal is to mitigate the sector’s environmental impact and enhance air quality. Scrubbers offer an effective solution for controlling emissions from large vessels by filtering exhaust gases produced during fuel combustion, thereby reducing pollution.

Bioenergy

H2GS — Sweden — 2.1 MTPY HDRI and BRI Plant

H2 Green Steel was launched in 2021 in Boden, northern Sweden, is designed to produce 2.1 million tonnes per year of hot direct reduced iron (HDRI) and hot briquetted iron (HBI) using fossil-free hydrogen-based direct reduction technology. The project aims to decarbonize steel production by replacing fossil fuels with renewable hydrogen during the iron reduction process. Integrated with an electric arc furnace (EAF), the plant is expected to reduce CO₂ emissions from ironmaking by up to 95% compared with conventional blast furnace technology, supporting the production of near-zero-emission steel. The start of production is planned in 2026.

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