LV and MV Power Cables

Zohr, an offshore gas field located in the Shorouk area of Egypt, represents the largest discovery of its kind in the Mediterranean. Identified using advanced offshore exploration techniques, this massive natural gas project lies approximately two hundred kilometers north of Port Said. With vast reserves, Zohr has the potential to meet Egypt’s energy demands for many years to come. Moreover, it positions the country to become a significant player in liquefied natural gas (LNG) exports within the Mediterranean region. The project required the implementation of cutting-edge technological solutions to develop infrastructure that adhered to strict timelines, budgets, and quality standards, from the initial exploration phase to production commencement.

The project involves upgrading the Reactor and Regenerator sections of the FCC Unit at Lukoil’s refinery in Bulgaria. This upgrade will boost the unit’s efficiency, enabling it to process more oil and produce higher-quality products. Additionally, it sets the stage for Lukoil’s future investments in the refinery, positioning the company for long-term success in the industry.

Hail & Ghasha Gas Development is one of the world’s largest sour gas development projects. It includes the development of the offshore Hail, Ghasha, Dalma, Nasr, SARB, Bu Haseer, Shuweihat and Mubarraz fields, together with the construction of new offshore infrastructure and onshore gas processing facilities. The project is also designed to become the world’s first net-zero sour gas development. Package 2 (PKG-2) covers the construction of the onshore gas processing facilities. Its main scope includes sour gas processing plants, sulfur recovery and by-product handling units, compression systems, utilities and auxiliary infrastructure, as well as connections to the offshore installations and the UAE’s national gas network. The project aims to increase the United Arab Emirates’ natural gas production, support domestic energy self-sufficiency and boost exports, while reducing the carbon intensity of operations through the integration of Carbon Capture and Storage (CCS) technologies. Once completed, the development is expected to produce approximately 1.5–1.8 billion standard cubic feet of natural gas per day (bcf/d), in addition to condensate and sulfur, making a significant contribution to ADNOC’s long-term gas strategy.