2000 Counterdrug Research and Development Blueprint Update
Appendix D: Annual Report on the Development and Deployment
of Narcotics Detection Technologies by Federal Agencies
Introduction
This
appendix has been prepared to satisfy the reporting requirement for
an annual report on development and deployment of narcotics detection
technologies included in the National Defense Authorization Act for
fiscal year 1998 (P.L. 105-85). The statute is cited in Appendix A,
Applicable Legislation, to the Blueprint Update. The report includes
two sections on narcotics detection technology: a section on technologies
under development, and a section on systems deployed or available
for deployment.
Narcotics
Detection Technologies Under Development
Table
D-1 provides those reporting items specified for narcotics detection
technologies under development or recently completed.
Table
D-1. NARCOTICS DETECTION TECHNOLOGIES UNDER DEVELOPMENT OR RECENTLY
COMPLETED
|
Agency
|
Project
Title/Short Description
|
FY
97
($K)
|
FY
98
($K)
|
FY
99
($K)
|
FY
00
($K)
|
| US
Customs Service |
Rail
Gamma Prototype - Develop a prototype gamma ray imaging system
to detect contraband in rail cars Prototype due 3Q FY00 |
0
|
442
(CTAC)
|
395
|
250
|
|
US Customs Service |
Mobile Truck X-ray - Development of a "low under-carriage" mobile
truck X-ray system Prototype delivered 3QFY00 |
100
|
1,700
|
0
|
0
|
|
US Customs Service |
Potassium (K-40) Detector - Support to Revenue Canada for a joint
Potassium-40 detection system for marijuana and tobacco products
Prototype deployed on SW border |
0
|
144
|
0
|
0
|
|
US Customs Service |
Piezoelectric Resonance Detector - Investigation of the piezoelectric
resonance characteristics of cocaine hydrochloride Project
discontinued. |
30
|
25
|
0
|
0
|
|
US Customs Service |
SAW Immunoassay - proof-of-concept demonstration of a surface
acoustic wave filter to a biological immunoassay tag to identify
cocaine vapors 2QFY01 |
25
|
50
|
175
(CTAC)
|
50
|
|
US Customs Service |
Forced Air Canine Sampling - Development and evaluation of application
of canines to sea and land cargo containers through positive air
expulsion Deployed |
0
|
25
|
20
|
0
|
|
US Customs Service |
Currency Training Aids For Canines - Development of improved training
aids for canines in the currency detection program Under Development
2QFY01 |
0
|
90
|
10
|
20
|
|
US Customs Service |
Evaluation of Trace Detection Systems - Support for the test and
field evaluation of several IMS trace detection systems Ongoing
|
250
|
0
|
25
|
25
|
|
US Customs Service |
Non-intrusive techniques to detect the presence of swallowed narcotics
in high risk smuggling suspects New Start |
0
|
0
|
0
|
200
|
| FAA
/ DoD/ Customs |
Pulsed
Fast Neutron Analysis - to evaluate the PFNA prototype system
at Ysleta (El Paso) TX in conjunction with DoD and Customs. Applications
focus on both counter-terrorism and counterdrug missions. (Prior
funding under DoD appropriations was about $40 million) Begin
Evaluation 4QFY00
Completion 2QFY01 |
0
|
2,700
(DoD)
|
2,500
(FAA)
650
|
5,000
estimate
|
|
US Coast Guard |
Boarding and Search Equipment - Analyze new technology applications,
methods and procedures in support of improved vessel searches.
Completion 4QFY00 |
200
|
200
|
200
|
0
|
|
US Coast Guard |
Vessel Search via Low Energy Imaging Techniques - Ultrasonic -
Using low energy interrogation technologies and techniques such
as ultrasonics, develop a prototype imaging device and evaluate
its potential as a tool for searching vessel tanks ($175K prior
to FY97) Completion 4QFY00 |
0
|
175
|
225
50
(CTAC)
|
0
|
|
US Coast Guard |
Support Narcotic Detection Technology Assessment Team Activities
- The USCG R&D Center participates in and supports the CTAC NDTA
T&E studies of illicit substance detection devices in laboratory,
simulated field, and real field operational conditions Completion:
1QFY00 |
0
|
100
|
0
|
0
|
|
US Coast Guard |
Shelf Technology Program - Assess emerging off-the-shelf technology
and new contraband detection equipment for use by boarding teams.
Completion 1QFY99 |
75
|
75
|
0
|
0
|
|
Department of Defense |
Enhanced Canines - enhance drug detection by canines through understanding,
evaluating, and applying performance limitations and variables
that decrease performance. Completed |
400
|
0
|
0
|
0
|
|
Department of Defense |
Mobile System Testing and Integration - Test and demonstrate individual
and multiple systems at testbeds and ports-of-entry. Successful
systems will continue to be integrated with Customs/FAA activities
involving stream of commerce inspections. FY98/99: Completed
demonstrations of individual system, conduct port-of-entry modeling,
and completed test plan for controlled performance assessments
and integrated field demonstrations involving air and sea cargo
streams of commerce. |
1300
|
1400
|
1000
|
500
|
|
Department of Defense |
Small Package Inspection - Conduct evaluations on several commercially
available state-of-the-art, small package X-ray systems for use
in detecting illegal drugs and contraband. FY98: Completed.
|
50
|
25
|
0
|
0
|
|
Department of Defense |
Automated Screening Equipment and Systems (Demand Reduction) -
Development of an automated sampling system and specimen container
to reduce cost and enhance military drug testing capability. FY99/00:
Complete development of system/specimen container prototype and
testing at a DoD test site. |
650
|
675
|
635
|
0
|
| Department
of Defense |
Mobile Detection System - Development of next generation mobile
non-intrusive inspection systems. Investigate backscatter and
transmission imaging techniques for rapidly inspecting cars and
trucks. Includes development of mobile X-ray, pallet X-ray, gamma
ray transportable system for inspecting cars and trucks, and high
energy X-ray system for inspecting maritime containers. FY98/99/00:
Completed prototype development of transmission capable mobile
truck X-ray; completed development of the gamma-ray system; and
with USCS complete the development of the maritime container X-ray
and large pallet X-ray prototypes. |
3200
|
2200
|
0
|
0
|
| Department
of Defense |
Portable
Inspection System -Lightweight portable system for use by maritime
boarding parties to search for hidden compartments that may be
used to conceal drugs.FY97/98/99: Completed analysis and initiate
development of a prototype system. |
0
|
270
|
250
|
750
|
|
Dept of Agriculture |
Narcotics crop plant identification and chemistry Ongoing |
398
|
398
|
0
|
0
|
|
Dept of Agriculture |
Cannabis detection in concealed areas not accessible to remote,
aerial sensors Ongoing |
275
|
275
|
0
|
0
|
|
CTAC |
Drug Phenomenology Research - analytical evaluations to compare
technical system performance using accurate measures of effectiveness
and scientific comparison criteria Ongoing |
250
|
225
|
50
|
0
|
|
CTAC |
Narcotics Detection Technology Assessments - continue supporting
the Narcotic Detection Technology Assessment program led by U.S.
Customs Service. Ongoing |
1,805
|
3,905
|
50
|
150
|
|
CTAC |
Southwest Border Technology and Infrastructure Study - determine
the optimum mix of advanced technologies to interdict drugs along
the southwest border Completed in FY99 |
0
|
735
|
0
|
0
|
|
CTAC |
Coded
Aperture Fast Neutron Analysis - to develop an advanced means
of signal processing for neutron interrogation Completion:
2QFY01 |
0
|
400
|
364
|
0
|
|
CTAC |
Neutron
Probe - to develop a transportable neutron-based probe to inspect
commodities for concealed illicit drugs. Completion: 4QFY00 |
0
|
300
|
297
|
100
|
|
CTAC |
Detector
Dog Breeding Program - to establish a drug detection dog breeding
strategy and center in the U.S. based upon quantitative genetic
principles proven by Australian Customs. Leads to a world-wide
canine gene pool. Completion: 3QFY00 |
0
|
100
|
100
|
100
|
|
CTAC |
Surface
Enhanced Resonance Raman Spectroscopy (SERRS) - to extend the
use of current SERRS technology being used for explosives detection
to applications to detect illicit drugs. Completion: 2QFY01
|
0
|
0
|
120
|
120
|
|
CTAC |
Raman
Spectrometry Drug Analyzer - to use a new infrared Raman spectroscopy
method to detect drugs in solid mixtures. Completion: 4QFY00 |
0
|
0
|
0
|
250
|
|
CTAC |
IMS
Proton Activity - Laser Induced. Develop means to selectively
detect and identify drug vapors using two complementary ionization
techniques and IMS detectors. Prototype demonstration: 3QFY01 |
0
|
0
|
0
|
250
|
|
CTAC |
CTEC
Support - continue support to community test and evaluation center
Ongoing |
0
|
0
|
50
|
50
|
Systems Deployed
or Available for Deployment
The following
systems have been developed under DoD sponsorship and are ready or
undergoing transition to U.S. Customs Service for deployment.
Fixed Site
Truck X-ray
This X-ray systems
uses 450 KeV transmission and side/ backscatter X-ray imagery to inspect
empty or partially loaded trailer trucks and trailer-mounted cargo
containers, for illicit drugs, currency and other contraband. The
USCS has installed eight of these systems along the Southwest border.
Mobile Truck
X-ray
The mobile X-ray
system can be rapidly redeployed at different border crossings. The
system is self-contained in a truck, and uses a 450 KeV X-ray source.
Initial system capability provided only backscatter images of trucks
and cars. Enhanced capabilities have been developed and successfully
demonstrated which provide both backscatter and transmission images,
and expanded X-ray beam scan angles. The USCS has deployed three systems
and is in the process of acquiring additional systems for use at other
ports of entry in Texas, Arizona, and California.
Gamma Ray Imager
The gamma ray
imager uses a medium energy gamma ray source (Cesium-137 or Cobalt
-60) to generate X-ray type transmission images of trucks and cars.
It can be rapidly deployed among different sites. The developmental
system has been deployed to Florida and New Mexico, where it has been
successfully demonstrated in multiple applications. The USCS has deployed
four of the fixed systems with an additional nine systems on order.
One additional system to be configured in mobile mode has been placed
on order.
Marine Container
X-ray System
This system will
provide for dockside inspection of large intermodal (sea/land) cargo
containers. It is mounted in a modified self-propelled container transporter.
It uses a two setting (2 MeV or 6 MeV) linear accelerator to generate
transmission X-ray images. Demonstration and evaluation testing is
scheduled to be completed in CY00.
Small
Pallet X-ray System
This
is a relocatable fixed site X-ray system designed to rapidly inspect
small warehouse cargo pallets up to 5ft high by 5 ft wide, weighing
up to 3000 lbs. It uses as its source a 320 KeV X-ray tube, and generates
both transmission and backscatter images. The prototype system is
currently being evaluated at the Port of Philadelphia.
Large
Pallet X-ray System
This
system can accommodate pallets and air cargo containers up to 8 ft
high and 8.5 ft wide. It has been designed to use a special 1 MeV
nested high voltage X-ray source, and is capable of generating both
transmission and backscatter images.
Image
Enhancement Algorithms
Complementing
the imaging system developments, image enhancement algorithms to automatically
search the imagery and highlight suspected contraband for detailed
examination by the image analyst are being investigated.
Ion
Trap Mobility Spectrometer
A
prototype handheld ion mobility spectrometer has been developed and
demonstrated. The system weighs eight pounds, including batteries
sufficient for a one-hour mission. Sensitivity is in the one hundred
picogram range. The design features include a high-efficiency atmospheric
sampling system with more turbulent flow, and improved trap geometry
resulting in an improved ion collection efficiency, automatic calibration,
and self-diagnosis. Approximately 40 units have been deployed for
multi-threat use.
Canine
Substance Detection
The
objective of this project is to analyze factors that contribute to
the effectiveness of substance detection canines, and to provide procedures
and techniques to improve detection capabilities and establish documented
standards of reference/calibration. Results are available to Federal,
State, and local law enforcement agencies. Furthermore, the results
could augment the development of artificial biosensors for drug detection.