Posted on 5 April 2017
Jordan began a new era in its water sector with the opening of the country’s first seawater desalination plant on 18 March.
Prior to the opening of the desalination plant in Aqaba, Jordan, IHE Delft Institute for Water Education, based in the Netherlands, delivered a 4-day intensive course on the design, operation and maintenance of sea water reverse osmosis (SWRO) systems for 25 engineers and scientists.
|Prime minister Hani al-Mulki (in forefront middle) opens Jordan’s first seawater desalination plant.|
Local fresh water supply
Jordan’s first SWRO desalination plant was inaugurated by prime minister Hani al-Mulki of Jordan on the site of Kemapco, a fertilizer and chemical plant in the bay of Aqaba.
The plant is set to demonstrate that membrane-based desalination can be successfully applied there to generate fresh water.
It is owned and operated by Kemapco on the principle of build-operate-transfer (BOT) for the delivery of fresh water to the local water utility.
Initial training course
IHE Delft delivered a 4-day intensive course at the Jordan University Marine Science Station in Aqaba.
The course involved 25 engineers and scientists from various organisations, including Water Authority of Jordan, Jordan valley Authority, Kemapco, Aqaba Water, Jordan University, AquaTreat.
This training, held on 13-16 March, was funded by the Netherlands Ministry of Foreign Affairs in collaboration with the Water Authority of Jordan (WAJ).
This initial course and additional scheduled training are part of the Scare project on desalination, diplomacy and water reuse in the Middle East. The project is funded under the Dutch Global partnership for water and development.
|Membrane stacks that can treat 500 cubic metres of seawater per hour.|
Seawater quality monitoring
The Scare project will also provide equipment and specialised instruction for staff of the Marine Science Station and the Water Authority of Jordan, so they can perform water quality tests required to monitor and operate membrane-based desalination systems.
This data will help ensure smooth SWRO plant operation with information on areas including the silt density index (SDI), Modified fouling index (MFI), Adenosine triphosphate (ATP), Assimilable organic carbon (AOC) and Transparent exopolymer particles (TEP) measurements in seawater.
The creation of a database of seawater quality is planned by the end of the 18-month project.
This news item was originally published on the website of IHE Delft.
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IHE Delft Institute for Water Education
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