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COMMERCE BUSINESS DAILY ISSUE OF OCTOBER 11,1996 PSA#1699William J. Hughes Technical Center, FAA Aviation Research Grant
Program. Atlantic City Int'l Airport, NJ 08405 A -- TRACE BASED AUTOMATED LUGGAGE SYSTEM. SOL DTFA03- DUE 112596 POC
Martha Snyderwine, AAR-510, (609)485-6752 Judith Huggard, (609)
485-4368 Clare Nanni, (609) 485-6970. The Federal Aviation
Administration (FAA) William J. Hughes Technical Center announces the
availability of a solicitation requesting applications for a grant to
design a Trace Based Automated Luggage Explosive Detection System. The
FAA intends to enter into one or more cooperative agreements, or to
make one or more grants, or establish a combination of such
arrangements, to support this research. The intent of this project is
to stimulate the development of a trace based system that meets or
exceeds present FAA Certification Criteria. The FAA is authorized under
Section 107 of the Aviation Security Improvement Act of 1990 (Public
Law 101-604) to award grants for the research, development, and
implementation of technologies and procedures to counteract terrorist
attacks against civil aviation. This solicitation invites proposals
from eligible applicants to enter into a grant or cooperative agreement
for the development of a trace based explosives detection system (EDS)
for checked passenger baggage. Currently, only one EDS device based on
computed tomography has been certified by the FAA. The goal of this
project is the development of an alternative to the CT-based system and
thus foster competition in the EDS market. Greater competition should
lead to lower prices, greater innovation, and ultimately, greater
safety for the air traveler. Trace based detectors have successfully
demonstrated their ability to identify explosives by analysis of their
vapor or particulate residue. The residue is easily found on any
surface that the explosive has been exposed to. Typical examples are on
a person's skin, clothing, or luggage. The particulate samples are
collected manually and then analyzed automatically. Trace explosives
detection technology is much less costly than the current bulk
explosives systems and, therefore, makes it inherently more attractive
from an economic standpoint. However, current commercially available
systems are not automatic and thus, are time and labor intensive to
use. Automation of the sample acquisition, without the need for manual
intervention is needed in order to meet the throughput rates required
in the EDS standard for checked passenger luggage. This solicitation
invites applicants to submit proposals to develop an automated
explosives trace detection system. The proposal should cover the
methodology and technical approaches for the following developmental
phases: (a) Preliminary Design Phase, (b) Final Design Phase, and (c)
Prototype Fabrication and Testing Phase. The target throughput rate is
600-700 bags per hour and the target unit cost is approximately
$250,000 or less per deployable unit. The performance period for the
grant is not to exceed 24 months from the date of award. The developed
prototype will be designed to detect specific explosive categories
within the FAA's EDS Standard. The categories will be announced at a
meeting open to all interested applicants. This meeting will be held
approximately three weeks after the publication of this announcement,
at Building 315, FAA William J. Hughes Technical Center, Atlantic City
International Airport, New Jersey. The exact details of the date and
time of these meetings will be provided in the solicitation
publication. The closing date for the receipt of the grants proposals
is November 25, 1996. For more information of a technical nature, call
Martha Snyderwine, AAR-510, at (609) 485-6752 (Fax at (609) 383-1973).
To obtain a copy of the project solicitation, call Ms. Judith Huggard,
FAA Aviation Research Grant Program, at (609) 485-4368, or Mrs. Clare
Nanni at (609) 485-6970 (Fax at (609) 485-6509). (0283) Loren Data Corp. http://www.ld.com (SYN# 0007 19961010\A-0007.SOL)
A - Research and Development Index Page
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