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Sionex named as partner by Smiths Detection in Ministry
of Defence contract award to develop advanced technology for
future generation chemical agent detectors.
Bedford, Mass.
October 16, 2007
Sionex Corporation,
a company producing commercialized breakthrough chemical and biological
sensors and sub-systems, today announced that it has been named
by Smiths Detection as a partner for the United Kingdom (UK) Ministry
of Defence (MOD) contract to develop advanced technology for future
generation chemical agent detectors.
Smiths Detection, part of the
global technology business Smiths Group, has been awarded a contract
by the UK MOD to develop HiFAWS
technology to protect military forces against current and emerging
chemical warfare threats. The Contract, awarded to Smiths Detection
against competition, should lead ultimately to the development
of a new generation of small, low-cost detectors suited to a variety
of applications.
Wes Davis, CEO of Sionex said: "The program awarded to Smiths
Detection incorporates Sionex's commercially proven microDMx™ technology.
This demonstrates the value of our technology to detect chemical
threats at higher sensitivity and superior selectivity, which equates
to saving the lives of armed force personnel in a battlefield environment."
Damian Tracey, Managing Director of Smiths Detection
- Military, said: "This program offers the potential for a significant
leap in capability for the MOD, by developing the technology for
chemical agent detection. Of the new technologies in the field,
Smiths Detection base considers that HiFAWS offers great potential
to advance our world-leading core detection technology significantly."
In
conjunction with Dstl, the MOD science and technology agency,
Smiths Detection will manage a program to evaluate the most
suitable approach to the use of the HiFAWS technology. The objective
is to
create a system capable of identifying a growing range of detectable
materials, at higher sensitivities and with near zero false alarms,
packaged in a form suitable for operational military use. |