ExxonMobil and Sabic are to proceed with their multi-billion dollar petrochemical production joint venture (JV) on the US Gulf Coast. Sabic said in a regulatory filing today that the JV has obtained all the required regulatory approvals, including environmental permits, for the project. Construction is expected to start later this year with completion planned for the first half of 2022. The project will include one of the world’s largest ethane crackers, designed to produce 1.8 million metric tons/year of ethylene, two polyethylene units and an ethylene glycol plant.
On Wednesday, the Texas Commission on Environmental Quality granted air quality permits to Gulf Coast Growth Ventures, the equally-owned JV between the two partners. The complex will be built north of Corpus Christi between the towns of Gregory and Portland. The engineering, procurement and construction contracts for the project were awarded earlier to Chiyoda Kiewit JV and CTCI-McDermott.
ExxonMobil and Sabic are already partners is several JVs in Saudi Arabia, which include a major elastomers manufacturing alliance. The Corpus Christi JV will be Sabic’s first major petchems production venture in the US and is part of the company’s geographic diversification to supply new markets. “The proposed venture would capture competitive feedstock, capitalize on the growing global demand for ethylene-based products, and reinforce Sabic’s strong position in the value chain,” Sabic’s CEO Yousef al-Benyan said earlier.
Sabic is in the process of being acquired by Saudi Aramco. The latter has its own major investment plans in the US via its wholly-owned subsidiary, Motiva Enterprises at Port Arthur, Texas.
By Natasha Alperowicz
Source: Chemical Week
During a European Industry Summit held on the site of BASF in Antwerp, leaders from basic industry sectors, representing 7.8 million workers in Europe, joined forces with European trade unions and European leaders to address pressing concerns regarding Europe’s industrial landscape.
The use of blue or low-carbon hydrogen, made from natural gas with carbon capture and storage (CCS), could increase near-term global warming by 50% compared with burning fossil fuels directly for energy if emissions are not properly managed, according to a new study by NGO the US Environmental Defense Fund (EDF) and the University of Arizona.
In a move to improve the supply of renewable hydrogen and thus reduce dependence on natural gas and contribute to achieving the objectives of the European Green Deal and the REPowerEU plan, the EU Commission has approved a third Important project of common European interest (IPCEI) to support hydrogen infrastructure.