press and media

 
10 June 2010
Biwater AEWT, Inc is pleased to announce the opening of a new regional office in Florida, which reinforces its commitment to expand, and strengthen the regional strategy by providing a local centre for engineering and service.



02 March 2010
Biwater AEWT (BAEWT) has delivered all four Reverse Osmosis Trains on time to the Santa Monica Water Treatment Plant in Los Angeles, CA. The new plant will deliver 9.28 million gallons per day (MGD) (35,130 m3/day) of high quality drinking water.



18 February 2010
Today, 18th February 2010, Biwater (BVI) Limited won a BOOT contract with the Government of the British Virgin Islands for a sea-water desalination plant. The plant will produce 2.3 million imperial gallons of potable water per day, has a construction value of US$43 million and a subsequent 16 year operation and maintenance period.



15 October 2009
Biwater AEWT Inc. (BAEWT) has announced, following a competitive bid, that it has been awarded a Design and Build Contract in a joint venture with CDM Constructors. Biwater AEWT will work in unison with CDM Constructors to Design and Build a new 2.0 million gallons per day (MGD) nanofiltration water treatment plant for the City of Dania Beach, Florida.



01 October 2009
Biwater AEWT Inc has announced, following competitive bid, that it has been awarded a contract to design and supply a new membrane desalination system for the City of Port Hueneme, California



Biwater AEWT Awarded Desalination Contract in California
 01 October 2009

Biwater AEWT Inc. (BAEWT) has announced, following a competitive bid, that it has been awarded a contract to design and supply a new membrane desalination system for the City of Port Hueneme.  The new membrane system will deliver a total of 1 million gallons per day (MGD) of high quality drinking water when completed. 

The new system will be installed as a replacement for an existing electro-dialysis reversal system, which has proven to be too costly to maintain and operate. 

Biwater AEWT, who is well known for their highly advanced, innovative membrane treatment systems, will be designing and supplying a new energy efficient desalination system that will incorporate two separate energy recovery systems.

One energy recovery system will be provided to transfer hydraulic energy from the second stage concentrate to the second stage feed. The second energy recovery system will transfer the hydraulic energy from an existing raw water bypass line to produce electrical energy to the plant.

This fast track project is due to be complete within 130 days. When completed the entire facility will be producing 4 million gallons per day of potable mineralized water in accordance with strict US standards at significantly reduced energy consumption.