Los Angeles International Airport Passengers Take Explosives Screening in Stride with GE's EntryScan3 Walk-Through Detector.NEWARK, Calif. -- U.S. Transportation Security Administration Continues Rollout of Program Designed To Enhance Airport Security for Domestic and International Travel GE Infrastructure, a unit of General Electric Company (NYSE NYSE See: New York Stock Exchange : GE), announced today that the United States United States, officially United States of America, republic (2005 est. pop. 295,734,000), 3,539,227 sq mi (9,166,598 sq km), North America. The United States is the world's third largest country in population and the fourth largest country in area. Transportation Security Administration (TSA TSA See tax-sheltered annuity (TSA). ) has installed and will put into service today the GE EntryScan3 walk-through explosives detector for passenger screening at the Southwest Airlines This article is about the American airline. For the former Japanese airline, see Japan Transocean Air. For the British airline, see Air Southwest. Southwest Airlines Co. security checkpoint of Los Angeles International Airport's Terminal 1. Louis Parker, Chief Operating Officer Chief Operating Officer (COO) The officer of a firm responsible for day-to-day management, usually the president or an executive vice-president. of GE Infrastructure, Security's Homeland Protection division said, "GE is dedicated to developing the technologies that help travelers and their families enjoy greater peace of mind when flying. We are introducing new traveler-friendly equipment like the EntryScan to make travel better -- and more enjoyable -- worldwide." The GE EntryScan3, which is popularly known as the "Puffer Machine," has already been deployed to dozens of high-risk facilities worldwide to help detect explosives. In March, TSA announced that it would purchase nine GE EntryScan3 machines for use in U.S. airports. TSA has allocated $28.3 million to purchase and install an additional 147 trace portals. TSA is currently developing a purchase and deployment plan to have the equipment in airports by January 2006. In addition to Los Angeles, GE EntryScan3 trace portals currently are installed at passenger security checkpoints at airports in Boston, M.A.; Miami, F.L.; San Francisco, C.A.; Phoenix, A.Z.; Providence, R.I.; Rochester, N.Y.; San Diego, C.A.; Tampa, F.L.; and Gulfport, M.S.. The GE EntryScan3 scans for traces of explosives and alerts security screeners to potential threats. Passengers stand in the detection portal for a few seconds while it releases several "puffs" of air that stir up particles clinging to exposed skin and clothes. The EntryScan3 then captures and analyzes the resulting air sample for traces of explosives. A computerized voice prompts the passenger to exit when the scan is complete. About EntryScan3 EntryScan3 is the result of a successful five-year partnership between GE, the Pennsylvania State University Pennsylvania State University, main campus at University Park, State College; land-grant and state supported; coeducational; chartered 1855, opened 1859 as Farmers' High School. Gas Dynamics Laboratory, and the FAA/TSA. This research effort was based on the concept of understanding the natural airflow around the human body. In April 2003, the TSA confirmed that the EntryScan3 completed and passed a laboratory detection test at the Transportation Security Laboratory (TSL TSL Texas State Library TSL Transport Layer Security TSL Techsideline.com (website) TSL Teen Second Life (website) TSL The Svedberg Laboratory (Uppsala, Sweden) ) located at the William J. Hughes William John "Bill" Hughes (born October 17, 1932) is an American Democratic Party politician from New Jersey. He represented New Jersey's At-large congressional district in the United States House of Representatives for 20 years. Technical Center in Atlantic City, NJ. Testing focused on detecting trace levels of explosives substances on subjects. The EntryScan3's patented sample collection system takes advantage of a natural airflow phenomenon called the "human convection plume." This eliminates the need for forced air from a fan, which would stir up contaminants, dirt, and dust, and enables cleaner sample acquisition for higher detection sensitivity. This design also requires fewer moving parts Fewer Moving Parts is David Bazan's debut EP, released in limited quantities on June 13 2006. It was re-released on 22 May 2007 on Barsuk Records. The EP can be considered a stopgap release to tide fans over until his 2007 full-length solo debut[1]. resulting in quieter operation, reduced weight, and improved long-term reliability. EntryScan3 utilizes GE's patented Ion Trap Mobility Spectrometer (ITMS iTMS iTunes Music Store (Apple) ITMS Interim Traffic Management System ITMS Immediate (Check) Truth Maintenance System (AI) ITMS Integrated Transportation Management System (R)) technology, enabling its users to detect a wider range of contraband with unprecedented sensitivity. It achieves this through a proprietary ion "trap" that increases ionization ionization: see ion. ionization Process by which electrically neutral atoms or molecules are converted to electrically charged atoms or molecules (ions) by the removal or addition of negatively charged electrons. efficiency, the main factor determining detection sensitivity. EntryScan3 is the only walk-through portal with versatile detection of both positive and negative ions, enabling the detection of the broadest spectrum of explosives in seconds. About GE Infrastructure GE Infrastructure, headquartered in Wilton, Conn., is a high-technology platform, comprised of some of GE's fastest-growing businesses, including the Security and Water & Process Technologies platforms. These global businesses offer a set of infrastructure protection and productivity solutions to some of the most pressing issues that industries face. Learn more at www.geinfrastructure.com. For more information about GE's Security business and our product offerings, please visit www.gesecurity.com http://www.gesecurity.com. |
|
||||||||||||

Printer friendly
Cite/link
Email
Feedback
Reader Opinion