Spiral Wound


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Frederick Liberatore

Liberatore becomes GE's main membrane man

Frederick Liberatore, who has been leading GE's process membrane business for the past two years, has been given an expanded role as commercial domain leader for spiral-wound and flat-sheet membranes - water and process technologies.

Community-level solar RO plant (250 L/h capacity)

India's BARC develops small solar RO and UF units

Domestic and community-level reverse-osmosis (RO) desalination units have been developed for producing safe drinking water by Saly T Panicker at the Desalination Division of India's Bhabha Atomic Research Centre.

Figure 1, the feed spacer separates the surfaces of adjacent membrane envelopes

Innovative feed spacer technology leads to enhanced reverse osmosis element performance

Innovations in feed spacer technology can enhance the performance of reverse osmosis (RO) technologies, write Dr Carsten Schellenberg and Alan D Sharpe of Conwed Plastics and LAXNESS.

Conwed in feed spacer study

Plastic netting maker, Conwed, has provided its products for a study into options for developing and testing of feed spacers in reverse osmosis (RO) by numerical modelling, three- dimensional (3D) printing of feed spacers and experimental membrane fouling simulator studies.

H2O Innovation commissions its biggest ultrafiltration project

H2O Innovation has commissioned a 45,400 m³/d ultrafiltration (UF) project for the Clifton Water District, Colorado under a design and build project - its largest to date.

Aquarion acquires Germany's MFT

Swiss oil and gas industry water systems company, Aquarion Group, has acquired Membran- Filtrations-Technik (MFT) of Germany for an undisclosed sum.

Woongjin America changes name to TCK Membrane America

Woongjin Chemical America Inc, which makes both spiral-wound and hollow-fibre desalination and water treatment membranes, has changed its name to TCK Membrane America Inc.

Chilton joins Toray Membrane in Europe

Mark Chilton has joined Tory Membrane Europe as European specialty products manager effective 1 January 2013.

Toray expands California membrane manufacturing site

Desalination membrane manufacturer Toray Membrane USA Inc has bought a third building located adjacent to its existing two-building manufacturing facility in Poway, California, USA.

AquaVenture chief executive Doug Brown is an engineer-turned-private equity investor-turned-water industry leader

"We're now at more than $100 million revenue." Doug Brown, AquaVenture chairman and CEO

AquaVenture chief executive Doug Brown has a track record of delivering shareholder value. When he joined water technology and engineering firm Ionics as chief executive in 2003, the struggling business was trading at $16 a share.

Truby to direct NanoH2O's global sales

Membrane veteran Randy Truby, who formerly looked after global marketing and sales at Toray Membrane USA, has joined NanoH2O Inc as director of global sales.

Hydranautics' new CPA7-LD membrane is designed to produce low permeate TDS make-up water for power stations, and the semi-conductor and pharmaceutical industries.

Hydranautics introduces two new spiral wound RO membranes

Hydranautics has brought out two new spiral wound reverse osmosis membranes for demanding industrial and municipal applications.

Pedal-powered nanofiltration kits sent to Haiti

Researchers from the Department of Environmental Science & Engineering at South Korea's Gwangju Institute of Science & Technology (GIST) sent several human-powered nanofiltration (NF) water- treatment systems to the earthquake victims of Haiti in January.

Leveraging nanotechnology for next generation seawater desalination

NanoH2O advanced membranes for reverse osmosis (RO) desalination represent a new material that enhances current polymer-based membranes with the benefits of nanotechnology. These nanocomposite RO membranes represent a step-change in productivity through improved permeability while maintaining requisite salt and contaminant rejection. Since the original publication of this concept, further development and optimization of this membrane technology for seawater reverse osmosis (SWRO) has resulted in an enhanced flux of more than double that of a 22.7 m /d (6,000 gpd) commercial baseline with 99.7% salt rejection. Recent seawater field testing of an industry-standard spiral-wound element module including the TFN material combined with a fabric support base topped with a microporous polysulfone layer has supported current laboratory research findings. This article appeared in the May/June issue of Desalination & Water Reuse magazine


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