Hellenic Cables announced that it will be a supplier for two projects, one for Denmark and the other for the U.S.

A press release said that Energinet, an electricity transmission company owned by the state of Denmark, has selected Hellenic Cables as one of the three cable manufacturers in the framework agreement for underground high voltage cable systems (145-170 kV). In addition to supplying H-V cables, the contract includes all the other elements needed for Denmark’s high-voltage onshore network. The eight-year contract (2020-2028) will require an estimated 4,200 km of cable during the cited timeframe. The cable orders will be distributed to the three manufacturers either by direct assignment or by competitions between participating manufacturers per the Framework Agreement. Hellenic Cables will make the 145-170 kV cables at its plant in Thebes.

Hellenic Cables also reported that, in the U.S., it has an agreement with Semco Maritime A/S to supply inter-array cables for the Mayflower Wind project, a joint venture of Shell New Energies US LLC and EDPR Offshore North America LLC. The offshore wind project is expected to start-up in 2025. The company will provide some 300 km of 66 kV, XLPE insulated submarine inter-array cables that will connecting the project’s wind turbines to its offshore substation. The cables will be manufactured at Hellenic Cables’ submarine cable production facility in Corinth, Greece. The order is expected to be completed by the end of 2023, with final installation expected around 2025.

CommScope reports that its fiber optic and copper cabling has been installed in Allegiant Stadium, the new 65,000-seat home of the Las Vegas Raiders.

Per the company, CommScope supplied227 miles of fiber and more than 1.5 million ft of copper cable that will enable the stadium to offer the “ultimate experience for Raiders fans,” with more than 2,400 screens, 1,700 Wi-Fi access points, and Allegiant Stadium’s Distributed Antenna System (DAS). The 100 G fiber backbone and 10 G Cat. 6A copper will deliver connectivity for critical stadium systems and applications such as security cameras, fire and safety, HVAC and lighting controls, wayfinding, ticketing, concessions, merchandise and parking.

“CommScope’s fiber optic cabling delivers the high-bandwidth connectivity needed for a truly compelling and interactive Las Vegas Raiders fan experience,” said a Raiders spokesperson. “This includes 4K-ready video replays, as well as live streams captured by multiple cameras. With CommScope fiber, Allegiant Stadium is well positioned for the future and ready to accommodate an ever-increasing number of standard client devices such as smartphones and tablets, along with evolving technology like AR glasses and virtual reality (VR) helmets.”

The CommScope fiber brings connectivity to all 10 levels of Allegiant Stadium, from the event level to the semi-translucent ETFE roof. Fans can use their Raiders mobile app throughout the facility to find parking spaces, locate concession stands, order food directly to their seats and share their experience on social sites via live streamed videos. CommScope’s copper cabling will connect in-house applications while its coaxial cables will connect the new DAS system. CommScope notes that it is one of the few companies that can provide a comprehensive portfolio of Wi-Fi, fiber and copper infrastructure.

Nexans reports that it will supply 80 km of 230 kV cable for a major offshore project on the eastern coast of the Arabian Gulf.

A press release said that Nexans will supply the composite submarine cables, which will be produced at its plant in Halden, Norway, while the fiber optic cable required for the project will be produced by the company’s specialized factory in Rognan. Cable installation is expected to begin in early 2022.
The order comes from McDermott, which in 2019 was chosen by Saudi Aramco—Saudi Arabia’s state-owned oil and gas company—for a major expansion of the Marjan oil and gas field. The site, located in the Arabian Gulf, off the eastern coast of Saudi Arabia, is undergoing expansion under the Marjan Crude Increment Programme announced in 2017. Discovered in 1967, the Marjan field is one of the oldest and biggest offshore oil and gas fields in the Arabian Gulf. It is currently undergoing expansion under the Marjan increment program (MIP) announced in 2017.

Saudi Aramco, the owner and operator of the field, announced the implementation of MIP to expand the crude production from the field to 800,000 barrels per day. It will help the oil major to maintain its overall maximum sustained crude production capacity at 12 million barrels a day. Front-end engineering and design (FEED) studies were started in 2017, while multiple developmental work packages for the expansion project were awarded in 2018 and 2019. The development program includes a new offshore gas-oil separation plant, and 24 offshore oil, gas, and water injection platforms.

Of note, Saudi Aramco awarded $18 billion worth of contracts for the engineering, procurement, and construction to boost production from both the Marjan and Berri offshore fields in July 2019.

ArcelorMittal announced that it has signed a deal that would see a significant injection of Italian state funding go into the Ilva steelworks it took over in 2018, and has since resulted in major losses.

Per multiple media reports, ArcelorMittal had threatened to return the long-troubled Ilva steel complex back to the Italian government. The world’s largest steel company noted that it lost 2 million euros a day in 2019, and that it had been negotiating with the government (Rome). The reported deal will see Rome taking an equity stake at least equal to Arcelor Mittal’s remaining liabilities against the original purchase price for Ilva. If the deal is completed, the original lease and purchase agreement under which ArcelorMittal took over Ilva, would close by May 2022.

Under the investment plan, Ilva will invest in lower-carbon steelmaking technologies, with a DRI (Direct Reduced Iron) facility to be built, funded and operated by outside investors, and an electric arc furnace to be built by ArcelorMittal. If the new investment plan cannot be completed by Nov. 30, ArcelorMittal said it could withdraw from the deal, subject to an agreed payment.

The future of the plant has been a challenge for successive Italian governments seeking to clean up the polluted site in the southern city of Taranto while safeguarding thousands of jobs. Last year, ArcelorMittal announced it was pulling out of the 2018 takeover agreement after parliament scrapped a guarantee of legal immunity from prosecution over environmental risks during a clean-up of the heavily polluting factory. What follows is a brief summation of past WJI stories about the Ilva complex.

The integrated steel plant, whose product range includes wire rod, has employed as many as 16,000 people, and thousands more as contractors. Capacity topped 11 million metric tons (mmt), with production at times representing as much as 40% of Italy’s steel production. The flip side was the cost for those achievements.
In 1991, Taranto was described as the most polluted city in Italy and Western Europe, and declared a high environmental risk area by the Ministry of Environment. The Ilva steel complex was deemed the largest offender. For years, there were complaints about pollution from the massive site, including “red dust” that coated the area. The European Pollutant Emission Register estimated that dioxin emissions from the Taranto Ilva operations were responsible for 30% of all such reported emissions in Italy in 2002. An even higher number was reported for 2004.

In recent years, the news has been crushing on multiple levels for Ilva. ArcelorMittal was criticized by trade unions that blamed the steel giant as well as by the ruling anti-establishment Five Star Movement (M5S)—a foe of big industry—for exiting a deal that would have safeguarded thousands of jobs. Ultimately, opinion has been split between those who see the business as a necessity due to its providing revenue to the area, and those who say that the environmental price has been far too high.