KAUST SWRO desalination plant won by AES Arabia
A US$ 14 million contract for a 15,000 m³/d seawater reverse-osmosis (SWRO) desalination plant for the King Abdullah University of Science & Technology (KAUST) Research Park in Saudi Arabia has been awarded to AES Arabia Ltd.
IDE Technologies wins desal project at Mai-Liao Power Plant, Taiwan
IDE Technologies is to build and operate a seawater reverse osmosis desalination facility at Mai-Liao Power Plant in Yunlin County, west Taiwan.
Dow project seeks to promote reuse
Dow Water & Process Solutions, is participating in one of ten European Commission-funded projects that aim to stimulate innovation and improve cohesion in Europe's water reuse sector.
Veolia venture finishes Spain's Campo Dalias desalination
A joint venture led by Veolia Water Technologies' Spanish operation has completed the 97.2 Ml/d Campo Dalías reverse osmosis desalination plant in the south of Spain.
Desalination with distinction
IDE Technologies (IDE) designed and operates three of the largest seawater reverse osmosis desalination plants in the world each with a cost per cubic metre of produced water among the lowest globally. This it accomplished despite a fourfold variability in the electricity price and demanding regulatory limits on boron, chloride and sodium concentrations. The key to their performance is demonstrated in the extraordinary aspects of the design, operation and personnel at the Hadera plant. This article first appeared in the February 2015 issue of Desalination & Water Reuse magazine.
NanoH2O membranes chosen for Canaries SWRO retrofit
High-rejection QuantumFlux seawater reverse-osmosis (SWRO) membranes manufactured by NanoH2O Inc have been chosen to retrofit one of two first-pass trains at the Puerto del Rosario IV desalination plant located on Fuerteventura, one of Spain's Canary Islands.
UN urges desalination industry to improve on brine
The United Nations has called on the desalination industry to clean up its act on brine as the number of desalination plants worldwide continues to climb.
November ballot for Santa Cruz desalination
Barely two weeks after the City of Santa Cruz in California had accepted the preliminary design report by CDM Smith for its proposed 2.5 MGD (9,500 m³/d) seawater desalination plant, the city clerk's office confirmed on 3 July 2012 that proponents of a charter amendment for a vote on the desalination project had collected enough signatures to place it on the November 2012 ballot.
Membranes reclaim aggressive produced water from California oilfield
Increasingly, membrane technologies are finding a place in the oil and gas industry, in the USA and Australia in particular, for dealing with the difficult wastewaters that arise from the extraction process. This article describes how, in a Californian oilfield, a reverse-osmosis process has operated for two years at high pH for the removal of dissolved salts and organics - including sodium, silica, boron and TOC. The treated water is then reused for environmental augmentation purposes. This article first appeared in the February/March 2011 issue of Desalination & Water Reuse magazine.
CDA/EDS seeking Qingdao desalination abstracts by 15 March
Abstracts for the 2011 Qingdao International Desalination Conference in China (20-23 June 2011) must received by 15 March 2011 with final papers by 10 May 2011.
Hydranautics wins Adelaide membrane contract
Desalination membranes for the Adelaide desalination plant, located at Port Stanvac in South Australia, are to be supplied by Nitto Denko/Denko for both the first and second phases.
Aqua commissioning desal/demin plant in Abu Dhabi
Aqua EPC LLC of Dubai, whose parent group Christ Water Technology is currently in the middle of a takeover, is currently installing and commissioning a 20,304 m³/d seawater desalination and demineralisation system for an industrial client in Abu Dhabi, UAE.
Boron-nitride nanotubes speed desalination, says Australian research
Researchers from The Australian National University (ANU) claim to have discovered a way to speed the desalination of seawater by up to five times using nanotubes made from boron and nitrogen atoms.
Dublin desalination is one option of ten
Dublin City Council invited views on 21 November 2008 on 10 options for augmenting existing water sources for the Dublin region, including desalination of water from the Irish Sea.
Boron nitride nanotube membranes outstrip carbon copies
One approach to improve the desalination process would be to design a more efficient membrane. Embedding nanotubes in the membrane is one area of research. Investigation of water transport through nanotubes in the past has primarily focused on carbon nanotubes, where the water has been found to flow extraordinarily fast in addition to rejecting salt ions.The Computational Biophysics Group at the Australian National University has designed one such membrane, constructed from an array of nano-sized tubes embedded in a silicon nitride membrane. The preliminary computational results have shown that, using the same operating pressure as current desalination methods, 100% salt rejection is achieved for concentrations twice that of seawater with the water flowing four times faster. This article was first published in the May/June issue of Desalination & Water Reuse magazine.