17.08.2017 • News

Sadara Starts Final Unit at Jubail Complex

(c) Dirk Ercken/Shutterstock
(c) Dirk Ercken/Shutterstock

Sadara, the joint venture between Dow Chemical and Saudi Aramco, has started up the last of the 26 plants that make up its massive new petrochemical complex at Jubail Industrial City II in Saudi Arabia.

The newest plant produces crude quantities of toluene di-isocyanate (TDI) and other specialty chemicals and is one of three integrated units, the other two producing dinitrotoluene (DNT) and toluene diamine (TDA). The DNT and TDA units started operations in April. A facility to produce polymeric methylene diphenyl  di-isocyanate (PMDI), integrated within the isocyanates section, began producing commercial quantities in June, and a plant producing 400,000 t/y of polyurethane precursor polyether polyols went on stream in late July.

Sadara has been bringing the plants on stream sequentially over the past few years. The heart of the 3 million t/y complex is the mixed-feed cracker, which uses both ethane gas and naphtha liquid feedstock and started operation in August 2016. Sadara’s four PE production units started up between late 2015 and early 2017. To date, Sadara has qualified 32 PE products with another four expected by the end of this year.

Commenting on the commissioning, Khalid Al-Falih, Saudi Arabia’s Minister of Energy, Industry and Mineral Resources and chairman of Saudi Aramco, said Sadara’s slate of high-value chemicals, including many firsts for the Kingdom and the region, will create the quality performance, value-added and plastics products that support a higher living standard around the world. Most of the product will be sold in Asia-Pacific and Middle Eastern markets, which are expected to drive two-thirds of global petrochemical demand over the next decade.”

Free Virtual Event

Batteries and Hydrogen: Competitors or Partners?
CHEManager Spotlight

Batteries and Hydrogen: Competitors or Partners?

17 September 2026 | Reserve your spot to learn where solid-state batteries and green hydrogen are headed—and how leading teams are turning them into scalable energy storage solutions.

Book

Innovation Management in Sustainable Chemistry

Innovation Management in Sustainable Chemistry

Comprehensive resource on sustainable chemistry, bridging the skill gap between academic science education and innovation and entrepreneurship

most read