Bauer Defense&Security Brochure v2

8/13/2019 Bauer Defense&Security Brochure v2

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DViN-1 - Detectors of Explosives & Drugs

In the present day high security environment , there is a need to strengthen protection against terroristthreats that include explosive, chemical, radiological and nuclear attacks. The most effective preventionagainst such attacks is detection and identication of the threat before it activates.

The DViN-1 proprietary next-generation Neutron detection technology makes our systems amongthe most advanced detection tools available today. Our systems are the only true chemical-specic,automated technology available in the marketplace which can not only detect the presence of, but also

identify by elemental composition a wide range of materials, whether shielded or masked including,explosives, special nuclear materials, chemical agents and drugs.

Benets of DViN-1

Identify over 30 types of explosives and drugs Automated detection within minutes Portable & Remote Device Improve Response Times Reduce False Alarm Rates Reduce Costly Delays Low Maintenance & Service requirements

The DViN-1 is ideally suited for:

Private & Public Transportation Airports & Customs Bomb Squads Military Applications Government & High Security Private Event Security

Bauer Defence & Security, Hasselbacher Limited

1 & 2 Heritage Park, Hayes Way, Cannock, Staffordshire, WS11 7LT

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DViN-1 Portable Detector

Our DViN-1 is a man-portable detector designed primarily for the remote detection and identicationof Improvised Explosive Devices (IEDs). The system uniquely addresses the signicant problemsposed by unattended or suspicious packages or bags as well as a wide range of other threat scenariosincluding the remote interrogation of targeted suspect areas of vehicles, cargo or luggage.

The DViN-1 was developed as a result of marketplace demands for a more exible and automateddetection system with improved functionality. Due to its small footprint and vertical stacked design, it canbe transported through narrow pathways and doorways, and navigate the tight spaces of passengerand baggage areas in multiple environments (planes, trains, buses, stadium and other venues).

This makes it particularly attractive to transit operators which have to contend with unattended baggageleft in overhead areas and do not wish to move or manipulate a suspect package or bag. DViN-1

detects the presence of threat materials including explosives, radionuclide, certain chemicals and otherillicit substances, with a probability of detection of about 95% and false positive and false negativerates of about 2%, in as little as 60 seconds.


Private & Public transportation Airports and customs Bomb squads Military applications Private event security (sports venues, concerts)

Government and high security



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TNT (C7H5N3O6) &

RDX (C3H6N6O6)

Tagged neutron method (API)

Identication based on elemental composition

Detection without operator intervention

Time-of-ight information advantages:

- 3D localization of hidden object- Increase in signal/background ratio (up to 200 times)- Inspected object tomography. Estimation of elemental composition simultaneously in a great number

of elemental volumes.

14 MeV neutrons have a high penetration ability



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Main Advantages

Sensitivity to the C:N:O:CI:Fe:Ai...composition of the substance

Heroin vs. Cocain

TNT vs. Saltpeter

TNT vs. Hexogen

Cocain

TNT

TNTHeroin

Saltpeter

Hexogen

Counts

Counts

Counts

Energy, MeV

Energy, MeV

Energy, MeV

1

Au. vs. Dollars

Au Dollar

Counts

Energy, MeV



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Main Advantages

Determination of the 3D coordinatesof hidden objects

Large Penetration capacity -up to 1 - 1.5 m

2

3



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Main Advantages

5 Point Summary

Signal/Background ratio is 200times higher then in traditional

neutron activation analysis

Identification procedure

is without an operator

Counts

Energy, MeV

SE 3.92 4.43 Signal/Background Ratio

200

Sensitivity to the C:N:O:CI:Fe:Ai... composition of the substance

Determination of the 3D coordinates of hidden objects

Large Penetration capacity - up to 1 - 1.5 m

Signal/Background ratio is 200 times higher then in traditional neutronactivation analysis

Identification procedure is without an operator

4 5



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DViN-1 Detector

The DViN-1 portable detector is designed for detection of explosive substances within lost

luggage and other suspicious objects. In passive mode, when neutron generator is off,DViN-1 detects radioactive substances with activity up to 20 Ci.

Inspection module:ING-27, BGO gammadetector, data acquisition system, power system

Control module:PC of operator, tripod

Control module and inspection module are connected with cable on reel.

ING-27, made by VNIIA

Neutron intensity 5107 s-1

9 tagged beams

3030 cm inspection eld at 40 cm frominspection module

Gamma detector: 1 piece, BGO, 7665 mm

Overall dimensions of inspection module:745141 cm

Operative temperature range:From +50 to +500 C

Inspection module mass is 40 kg

Explosive substance detection time no longerthan 10 minutes



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Certication- Explosive DetectionExplosives detection technique has been tested on 30 typesof real life explosives:

TNT, trinitrobenzene, 1,4-dinitropiperazine, hexanitrostilbene,PVV-5A, TS, TATB, RDX, octol, octol-3.5, cyclotol 50/50, A-IX-3T,GL-24, i-Propyl nitrate, octal-20, OLA-8T, seismon, LD-70,

pentolite, PVV-85, TGA-16, TM, THAF, tetryl, ammoniumnitrate, amatol, amatol-19, PVV-7, PETN, TA-23.

Unit of DViN-1 was testedby Rospotrebnadzor & recommendationsfor its exploitation were issued.

Group A personnel, danger zone radius

8.5 m. Dose rate 8.3 Sv/h.

Certication- System Exploitation

Danger zone radius for populationis 20 m. With that single dose is 0.4 Sv,while permissible year dose is 1000 Sv.

In 10 minutes after exposition was shut off,

activation dose rate is undistinguishablefrom background.

Tests on Real Explosions

DViN-1 unit has underwent FSB testing. FSB conclusion DViN-1 detector conforms to Technical Standards for security

of underground railway objects in part regarding explosive detection equipment.

General Population Group A Personnel

Group A personnel, danger zone radius 8.5m. Dose rate 8.3 Sv/h.

Danger zone radius for population is 20m. Single dose is 0.4 Sv, while permissible year dose is 1000 Sv.



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Detection Technique

The Detection technique was developed andtested on more than 450 tests performed withvarious objects and in different conditions.

In order to make false alarm rates as low

as possible, many tests were done withreal-life objects.

Shielding substances: Cereals, fertilizers,consumer electronics, clothing, footwear,printed matter, frying pans etc.

Developed technique is implementedin graphical user interface, whichdoesnt require operators interventionin decision making

Achieved probability of explosivesubstance imitator detection in various

detection conditions is found to be 95%

False alarm rate is 2%

User Interface

Determination of 3D position of hidden object

Substance

Reliability

Coordinates

0

0.2

0.4

0.6

0.8

1

060 120 180

TIME (sec)

User Interface

Determination of 3D position of hidden object Automatic identification

Substance TNT

TNT

0,912,91 cm

8,45 cm

26 cm

Reliability

Coordinates

0

0.2

0.4

0.6

0.8

1

060 120 180

TIME (sec)

A-IX-2 Hexogen Ten



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DViN-1 Delivery

In 2011-2012 period, 70 units of DViN-1 were deliveredto various customers.

Our customers: Underground railways of Moscow, St. Petersburg,Novosibirsk, various train stations and educational institutes.



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Exploitation

Our main goal is to provide help to our customers. This includes education of personnel,high quality and punctual maintenance of delivered systems.

The possibility of DViN-1 exploitation by manufacturer is under consideration.

- In September of 2012 rst group of Moscow Metro personnel successfully completed training -

- Routine maintenance of systems delivered to Moscow underground railway is provided on a regular basis -



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DViN-1 Cargo Detector

Our DViN-1 detector is designed to increase the security at seaports by non-intrusive detection of

explosives or narcotics within shipping containers. Shipping is a key international industry, 95% ofthe world cargo is moved by ship corresponding to over 200 million containers per year exchangedbetween major seaports.

Today, inspections of containers are largely based on X-or Gamma Ray systems but they provide limitedinformation about container objects such as shape and density. With the DViN-1 detector controllersare able to detect the chemical composition of suspect items in order to detect illicit materials such asexplosives and drugs.

Benets of DViN-1

Identify over 30 types of explosives and drugs Automated detection within minutes Improve Response Times Reduce False Alarm Rates Reduce Costly Delays

The DVIN-1 is ideally suited for:

Seaports Transportation Inspections Military applications

Government and high security



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Purpose Search for explosives and narcotic in large cargo.

Tagged neutron method: High penetration power 3D coordinates of scanning area Sensitivity to chemical composition

Using X-ray scanner for targeting

Research Work

Container 2640x2400x2120 mm Portal 3000x4000 mm

NG intensity 2 108n/s in 4, number of gamma-detectors 24



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Research Results

Large Cargo Inspection System

Mass 25 kg

Distance from NG 2m

Shielding substance 0:4g/cm (wooden sawdust& sand)

I = 9:2 107n/s

Detection time 13 min



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Portal

Two inspection modules, positioned against each other

Module movement up to 4 meters high

Module movement up to 0.5 m in beam direction

Portal travel by rails along stationary object up to 22 m with velocity up to 50 cm/s

Independent and synchronous module movement

Precision of positioning 5 mm

Operated remotely

Two Inspection Modules

2 modules allow to inspect object from both sides



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DViN-1 Car Bomb Detector

The DViN-1 Car Bomb Detector was developed in response to the critical need for improved protectionfrom car bombs.

The DViN-1 Car Bomb Detector offers a mobile solution that can be deployed to interrogate vehiclesthat have been agged for inspection. The DviN-1 is congured to detect VBIEDs, where explosivesor car bombs are concealed in the closed trunk, undercarriage, or other compartment of a static or

parked vehicle, as well as IEDs such as roadside bombs. The systems sensors are deployed from thevehicle at the end of a mechanical arm and placed in close proximity to the targeted area.

The DViN-1 Car Bomb Detector is capable of remote operation either from a console in the commandand control van or wirelessly from a distance. It is designed for mobile deployment at vehicle checkpointsas well as road-side screening of suspicious vehicles.

of about 2%, in as little as 60 seconds.


Roadside screening of suspicious vehicles Mobile deployment at vehicle checkpoints Critical infrastructure protection



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Service Maintenance

Bauer Defence & Security provides warranty and post-warranty service of all its equipment by meansof the companys service maintenance department.

The main goal of this department is to perform diagnosing, maintenance, repairs and whennecessary upgrade of the devices and plants our company delivered. The service center offers fullwork package, including process adjustment, check and calibration.

Bauer Defence & Security holds the licenses required for maintenance of the complexes:

License for use of radiation sources (articles containing radioactive matters), issued by the FederalService of Ecological, Technological and Nuclear Supervision;

License for use of (generating) ionizing radiation sources, issued by the Federal SupervisionService for Customer Protection and Human Welfare;

Sanitary and epidemiological inspection report approving location, operation and maintenance ofionizing radiation sources.

Our specialists are experienced professionals of special technical competence.



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Radiation Safety FAQs

MAY THE PEOPLE GET EXPOSED TO RADIATION?

No, fast neutron radiation can be hazardous for humans.

To avoid harmful effects, a detector operator must remainoutside of the hazardous area. Hazardous area dimensionsdepend on neutron producer intensity. At peak intensity

I = 5107 c-1, the hazardous area radius R = 7.8 m, whileat I = 1107 c-1, the hazardous area radius R = 3.5 m.

HOW HIGH IS THE RADIATION EXPOSURE DOSEOUTSIDE OF THE HAZARDOUS AREA?

If this person gets in such situation (walking outside

of the hazardous area during scanning in progress) notmore than 25 times a year (2 times a month), annual doseshall not exceed 10 Sv a year* which corresponds

to small radiation hazard and can be disregarded *General population annual radiation exposure dose

limit is 1000 Sv. - An excerpt from the Sanitary-Epidemiological Conclusion of

Radiation Hygiene Institute Named after Professor P.V. Ramzaev

After fast neutron irradiation by complex DVIN-1 fora standard composition of examination object, comprised

of foodstuff, domestic chemical products, radio electronicdevices, tools and household articles, the ambient

equivalent dose rate of photon radiation on the surfacedoes not exceed background values.

During operation of the portable complex DVIN-1 basedon tracer neutrons technology for detection of explosive

materials applied in accordance with Operation Manual,induced activity in examination objects does not pose

any radiological hazard.

- Measurements of ambient equivalent dose rate of photon radiationon the surfaces of examination objects following the use of portablecomplex DVIN-1.

DOES RADIACTIVITY GET INDUCED IN SCREENEDOBJECTS, ENVIRONMENT, SCANNER ITSELF?

There is no activation of object under control andenvironmental objects. Activation radiation dose rate

from complex neutron generator structure immediatelyafter its switching off (operation tune 10 minutes) doesnot exceed 0.4 Sv/h, and in 10 minutes after switching

off does not exceed background values. - An excerpt from the Sanitary-Epidemiological Conclusion of

Radiation Hygiene Institute Named after Professor P.V. Ramzaev

Documents

Bauer Defense&Security Brochure v2