09.11.2010 • NewsMorphoAirport Security

Field Trial for Security Solution at Glasgow Airport

Morphoand Cascade Technologies announced that they have installed a novel security solution for a field trial at Glasgow Airport. The walk-through portal system allows rapid detect...

Morpho and Cascade Technologies announced that they have installed a novel security solution for a field trial at Glasgow Airport. The walk-through portal system allows rapid detection of „home-made‟ explosives and Improvised Explosive Devices (IED) in real-time via analysis of air samples, without using ionizing radiation or capturing passenger images.

The solution is the first outcome of a partnership initiated in early 2009 between Morpho and Cascade Technologies. Already deployed for the detection, measurement and monitoring of gases in industrial processes and emissions, the technology has been tested for IED/explosives detection since 2005 following the July 2005 London terrorist attacks, with support from the UK government. It presents unique capabilities for gas detection in terms of measurement speed and discrimination and is well suited for airport security checkpoints which require high convenience and low false alarm standards.
Iain Howieson, Managing Director of Cascade Technologies said: "We have partnered very closely with Morpho over the past couple of years and are excited at the prospect of working alongside them to develop a new domain of applications for our unique technology and to see the first results of this work getting to the field."
Jean-Paul Jainsky, Chairman and CEO of Morpho, commented: "We are very pleased with this partnership and to have now reached trial stage with a major airport operator such as BAA. The combination of Cascade Technologies' expertise with our leading detection technologies, through our subsidiary Morpho Detection, will contribute to our cutting-edge range of airport control security solutions.

Business Partner

Morpho

18 rue de la Vanne
92120 Montrouge
France

Business Partner contact







most read