Xylem strikes US$ 1.3 million deal in Vietnam
Water technology firm, Xylem, has won a US$ 1.3 million contract to provide its treatment technology to a Saigon Water Corporation plant in Vietnam's capital, Ho Chi Minh City.
Xylem wins US$7.3 million Bahrain wastewater upgrade deal
Switzerland-based water technology company Xylem has signed a US$7.3 million contract with Bahrain's Ministry of Works to upgrade a wastewater treatment facility in the Bahrain capital Manama.
Australian SWRO firm signs MoU for Saudi pilot
Australian desalination start-up Water Resources Group (WRG) announced on 4 December 2012 that its subsidiary Water Resources International (WRI) had signed a memorandum of understanding with Knowledge Industry Company (KIC) of Saudi Arabia.
Australians win Cape Verde desalination agreement
A letter of intent involving a desalination plant with an initial capacity of 4,000 m³/d has been given to Water Resources Group (WRG) of Perth, Australia, from the Municipality of Santa Caterina in Cape Verde.
B&V find ceramic membranes help water recycling
Ceramic membranes used in conjunction with ozone produce significant benefits for water recycling. Jonathan Clement of Black & Veatch, revealed this research result to the Australian Water Association's (AWA) third specialty conference on membranes and desalination held in Sydney, Australia, on 11-13 February 2009.
City of Cape Town to tender three water reuse projects
The City of Cape Town has outlined plans to develop three aquifer recharge projects as part of its ongoing drought response plan.
Singapore trial proves ceramic-ozone synergy
Since September 2011, PUB, Singapore's national water agency, has been testing a new ceramic membrane treatment technology as a filter for removal of suspended matter and biological pathogens. After 18 months of testing, PUB is now exploring whether ceramic membrane filtration can be included as an option in the design to upgrade Choa Chu Kang Waterworks . This article first appeared in the May/June 2013 issue of Desalination & Water Reuse magazine.
Florida company to build Clearwater RO desalination plant
Poole & Kent Company of Florida has been awarded a contract to install a reverse‑osmosis desalination plant in Clearwater, Florida.
Swiss water treatment to use PAC/UF combination
Wabag Water Technology has announced two water-treatment contracts in Switzerland based on ultrafiltration (UF) and worth around € 6 million which were won by the company at the end of 2012.
Xylem gets contract for underdrain at plant retrofit
Water technology firm, Xylem, has won a contract to provide its filtration technology to a water treatment plant in La Verne, California.
Giant Mexican tuna cannery chooses MBR after pilot test
One of the world's largest tuna canneries in Mexico is installing a full-scale MeurerMBR membrane bioreactor following a successful pilot test.
De Nora pushes ozone generators as answer to Asia's water quality rules
De Nora has introduced its Capital Controls ozone generators to Asia at Singapore International Water Week (SIWW) 2018.
Parsons selected for California water-reuse expansion
California's West Basin Water District has awarded its largest ever water-reuse contract to Pasadena-based Parsons Corporation on a design-build basis.
High-visibility reuse demo awarded to APTwater
California-based APTwater, Inc has been awarded a contract to use its technology for a municipal water-reuse system for the City of Anaheim, California.
Xylem wins US$ 1.3 million water treatment deal in Vietnam
Water technology company, Xylem, has won a US$ 1.3 million deal to provide advanced water treatment technology for a water treatment plant in Vietnam's capital, Ho Chi Minh City.
Ozone improves ceramic membrane use for wastewater reclamation
Ceramic membranes have been used in the industrial production of beer, wine and cheese. One of the reasons for this use is the narrow pore size distribution, where careful separation of different size compounds can be achieved. Outside of Japan, the use of ceramic membranes has been almost non-existent for municipal drinking-water systems. The slow adoption of this technology is largely the result of a perception by many that the costs are significantly higher. While the capital costs may be higher, the whole life cycle costs may not be, due to extended membrane life and more reliable operation. Most water reuse today takes the form of indirect potable reuse. These schemes frequently consist of several steps including physical and chemical disinfection and advanced oxidation. They have the disadvantage of high cost and often poor membrane fluxes due to the nature of the wastewater being treated. The study outlined in this article is preliminary, but shows that ozone in conjunction with ceramic membranes for water-reuse applications has many advantages when disinfection and advanced oxidation is required. As opposed to polymeric membrane systems that cannot tolerate ozone, ceramic membranes in conjunction with ozone can achieve multiple key objectives in one step. This article appeared in the May/June issue of D&WR magazine.