publish time

24/09/2022

author name Arab Times

publish time

24/09/2022

Oil facility can process 220K barrels daily

KUWAIT CITY, Sept 24: Production at the Al-Zour refinery project is expected to increase significantly over the next six months estimated at $16 billion, reports Al-Qabas daily. MEED stated that each of the units, referred to as small refineries, has a production capacity of about one-third of the refinery complex’s plate capacity of 615,000 barrels per day, especially that all of them are of similar size and have the capacity to process about 200,000 or 220,000 barrels of oil daily.

It is expected that the second small refinery will be operational after that, with the third small refinery expected to be operational three months after the second. Besides producing low sulfur fuel oil, the refinery is also expected to produce naphtha, kerosene and low sulfur diesel. Another source said, “While the production of low-sulfur fuel oil is stable from one of the small refineries, the production of other refined products is not yet stable.

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The first mini-refinery is online, and this means that the second and third mini-refineries will be up and running much faster than the first.” The source explained that “the employees working on the project are looking forward to reaching the full production from the first refinery, as well as from the second and third.” Earlier this month, MEED revealed that the Kuwait Integrated Petroleum Industries Company (KIPIC) expects to start exporting refined products from the Al-Zour refinery in late October or early November. Al-Zour refinery, which is set to become one of the largest of its kind in the Middle East and North Africa region, will produce gasoline, diesel and kerosene in accordance with Euro 5 emission standards. The project consists of five main packages, where the engineering, procurement and construction contracts were awarded during the second half of 2015. The oil refinery facility was mechanically completed last year, but it faced significant delays during the operation process.