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Membrane separates liquids under extreme conditions.
July 6, 2009 -
InoCep combines simplicity and compactness of polymeric hollow fiber membranes with hardiness of ceramics. While hollow fiber configuration can filter from inside-out and outside-in, crossflow configuration also reduces fouling. Exploitation of Al2O3 characteristics makes this hollow fiber ceramic membrane capable of sustained filtration in temperatures up to 120°C and compatible with full range of pH values (0-14).
Hyflux's Revolutionary InoCep Achieves Significant Energy and Cost Savings While Separating Liquids under Extreme Conditions
Singapore, June 23, 2009 - Hyflux Ltd, one of the world's leading providers of integrated environmental solutions, today announced the launch of its second-generation hollow fibre ceramic membrane InoCep at the Singapore International Water Week (SIWW) held at the Suntec Singapore International Convention and Exhibition Centre from 22 to 26 June 2009.
Hyflux's proprietary hollow fibre ceramic membrane technology has been internationally recognised. Its first-generation InoCep ceramic membrane was the Category Winner for the Water Treatment/ Point of Use at the International Aquatech Innovation Awards 2006 amidst keen competition from Europe, North America and Asia.
Building on its winning characteristics of originality, practicability and sustainability, the secondgeneration InoCep combines the simplicity and compactness of polymeric hollow fibre membranes with the hardiness of ceramics, making it suitable for highly demanding applications that involve high temperatures, pressures, and/ or aggressive solvents. Exploiting the superior characteristics of improved Al2O3, InoCep is capable of sustained filtration in temperatures of up to 120 deg. C and is able to withstand the full range of pH values (from 0 to 14). This compares favourably with existing membrane separation applications, which typically can only withstand temperatures below 100 deg. C and pH values from 1.5 - 11.
Another key feature is its hollow fibre configuration, which has the ability to filter from both "inside-out" and "outside-in". Its crossflow configuration also reduces fouling drastically, ensuring longer operating durations and less down time, all of which significantly reduce operating costs for users.
"The characteristics of the InoCep system makes it ideal for solving separation bottlenecks in a wide range of industries, such as metal/steel mill, chemical processing, food & beverage, biopharmaceuticals and many others," said Mr Roland Low, Director, Technology Commercialisation, Hyflux. "It offers our clients even higher flux and robust mechanical strength, and its configurations can be easily customised to suit many applications."
Australia-based H2O Industries Pty Ltd has benefited from the switch from channel ceramic membranes to InoCep in its treatment and recycling of laundry water. "With the switch, water can be recycled at the ideal washing temperature of 50 degrees C, resulting in energy savings of 22%. The permeate quality is also better, and we are also optimistic that the water recovery rate can be increased from the current 57% to 70-80%. We believe that it has been conclusively proven that InoCep can be used as the primary solution for laundry water recycling, and that it is an effective replacement for the old channel membrane philosophy," said Mr Kyle Wolff, General Manager.
With research and development ("R&D") centres spanning across Singapore, China and The Netherlands, Hyflux will continue to push innovative and cost-effective products in the mould of InoCep to market. It will also constantly update its knowledge base by tapping into ongoing membrane developments through linkages and collaborations with internationally-recognised research experts, reputable universities and renowned research institutions worldwide.
About Hyflux CEPAration Technologies BV
Hyflux CEPAration Technologies BV, a wholly-owned subsidiary of Hyflux in The Netherlands, spearheads the R&D activities in inorganic and hybrid membranes. Hyflux previously entered into a joint venture with CEPAration BV, a spin-off from leading Dutch technology institute, Netherlands Organization for Applied Scientific Research. It was subsequently fully acquired by Hyflux to form Hyflux CEPAration Technologies BV. For more information about Hyflux's membranes, please visit www.hyfluxmembranes.com.
About Hyflux
Hyflux is one of the world's leading technology-driven environmental companies, with operations and projects in Southeast Asia, China, India, the Middle East and North Africa. Hyflux's spirit of innovation and entrepreneurship drives its technological advancements in membranes, commercialisation of applications, project management, and operations and maintenance.
Hyflux is committed to providing cost-effective, reliable and sustainable solutions to its customers worldwide, from seawater desalination, water recycling, wastewater and potable water treatment, to renewable resources management in the fields of oil recycling, alcohol fermentation and palm oil clarification. The company is building the world's largest membrane-based seawater desalination plant in Magtaa, Algeria. It is also building China's largest membrane-based seawater desalination plant in Tianjin Dagang, which is slated for completion in 2009.
Hyflux was voted the Water Company of the Year in 2006 by Global Water Intelligence. It was conferred the Forbes Best Companies under One Billion in 2005 and 2006, and won Frost and Sullivan's Technology Innovation of the Year Award 2007 - Desalination Technologies (Asia Pacific) and its Technology Innovation of the Year Award 2007 - Residential Water Treatment Equipment Market (Southeast Asia). For more information, please visit www.hyflux.com.
Hyflux is one of the world's leading technology-driven environmental companies, with operations and projects in Southeast Asia, China, India, the Middle East and North Africa. Hyflux's spirit of innovation and entrepreneurship drives its technological advancements in membranes, commercialisation of applications, project management, and operations and maintenance.
Hyflux is committed to providing cost-effective, reliable and sustainable solutions to its customers worldwide, from seawater desalination, water recycling, wastewater and potable water treatment, to renewable resources management in the fields of oil recycling, alcohol fermentation and palm oil clarification. The company is building the world's largest membrane-based seawater desalination plant in Magtaa, Algeria. It is also building China's largest membrane-based seawater desalination plant in Tianjin Dagang, which is slated for completion in 2009.
Hyflux was voted the Water Company of the Year in 2006 by Global Water Intelligence. It was conferred the Forbes Best Companies under One Billion in 2005 and 2006, and won Frost and Sullivan's Technology Innovation of the Year Award 2007 - Desalination Technologies (Asia Pacific) and its Technology Innovation of the Year Award 2007 - Residential Water Treatment Equipment Market (Southeast Asia). For more information, please visit www.hyflux.com.
Contacts:
Marketing:
Claire Ng Asst Vice President, Corporate Communications
INTL
Phone: 65-6580-6814 E-mail this person
General Information:
Lee Shou Yin Asst Manager, Corporate Communications
INTL
Phone: 65-6372-6235 E-mail this person Company Information: Name: Hyflux Ltd Address: 202 Kallang Bahru City: Singapore Country: Singapore Phone: http://www.hyflux.com
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