MOSCOW (MRC) -- South African petrochemicals group Sasol on Wednesday said it would delay its USD8.1 billion investment in an ethane cracker in Louisiana, in response to low global oil prices, said Reuters.
In a statement, the company also said it would identify other opportunities to cut costs over the next 30 months.
A cracker converts ethane taken from natural gas into ethylene, the basic building block in the manufacture of plastics and chemicals. In October 2014, Sasol announced its final investment decision relating to the USD8.9 billion petrochemical complex, which consists of an ethane cracker that will produce 1.5 million tpy of ethylene. The complex will also comprise six chemical manufacturing plants, enabling infrastructure and utility improvements.
Sasol said it would still proceed with the construction of a smaller planned ethane cracker and plant, also slated for Westlake, that would produce ethane-based products, like plastics and chemicals. Sasol said that by moving forward on that smaller project it could reassess whether to go ahead with the bigger GTL investment. The ethane cracker and plant was estimated to cost between USD5 billion and USD7 billion.
The project’s size and scale had become a symbol of what many observers saw as a renaissance of American manufacturing. Many foreign firms, including European industrial giants, have been drawn to the U.S. in recent years by low energy prices, thanks in large part to an explosion in shale gas drilling.
The company said it expects to focus on saving additional cash by undertaking project phasing and reductions, capital restructuring, working capital improvements, margin enhancement and further fixed cost reductions. It didn’t disclose details and said cost savings would be laid out in March at the company’s first-half results.
Sasol Limited is an integrated energy and chemical company based in Johannesburg, South Africa. It develops and commercialises technologies, including synthetic fuels technologies, and produces different liquid fuels, chemicals and electricity.