"Testing of CBRNE detection equipment" - Workshop presentations

Day 1, Session 1: Stakeholders’ views and needs on testing of CBRNE detection equipment

Strebl F., coordinator: CREATIF – why do we need a network?
Craik T., London Metropolitan Police: The MPS CBRN response - DIM procurement and testing
Gaertner, C., Austrian Red Cross: Requirements for CBRN detection equipment
Tjaernhage, T, FOI: Swedish First Responder views and needs - CBRN detection equipment
Pashby, P., Smiths Detection: A Manufacturer's view on the needs of testing CBRNE detection equipment

Day 1, Session 2: Typical scenarios for application of CBRNE detection systems. Example– Airport Security

Hecker T., National Competence Center Aviation Security Research: CBRNE detection - An end-user perspective
Weinzierl R., Federal Police Technology Center: Test & Evaluation of Aviation Security Equipment in Germany
Strebl F., Creatif coordinator: Message from the CREATIF stakeholders - first results of the questionnaire

Day 1, Session 3: The European perspective: CBRNE detection equipment testing and standardisation

Williamson C., European Commission DG Enterprise: FP7 Security Research with focus to CBRNE
Davies H., European Defence Agency: EDA Project proposal for standardisation of T&E for BioDIM
Lewis A., Joint Research Center Ispra, IPSC: ERN-CIP European Reference Network for Critical Infrastructure Protection - a proposed network for experimental security in support of CIP policy in Europe

Day 2, Introduction - State of the art of CBRNE detection and testing

Olivier R., Waesterby, P., Roehrbacher F.: State of the art and specifics of instrument testing for chemical, biological and radiological threats
Munoz, D.: State of the art of explosive detection equipment

Conclusions of discussion rounds on Day 2

C - conclusions
B - conclusions
RN - conclusions
E - conclusions

Posters presented at the Workshop

CBRN Decontaminability of Detection equipment. Toepfer H., Kärcher Futuretech GmbH
DGA Land technical unit capabilities related to explosive detection. Bourliaud R., ETBS, Ministere de la defense
Biodetection field trial and aerosol chamber capacity in Sweden. Tjärnhage T. et al., FOI-Swedish Defence Research Agency
Testing and improving the detection capability of portal monitoring systems at high transit speeds. Schroettner T. et al., Seibersdorf Labor Gmbh
Sensor testing at CLOR - Central Laboratory for Radiological Protection. Krajewski, P.
Bioaerosols testing facilities at CEB. Plecis et al.
Development of a Method for Conducting Outdoor Field Trials Using a Compact Aerosol Test System. Nicol, S. et al. (DYCOR)
Fraunhofer Institute for Chemical Technology - ICT - core competencies in security and safety research. Bunte G., Krause H., Schnuerer F.
BiosparQ – Bio aerosol detector developed at TNO. Bruggeman J.
Testing your Bio-detector at the TNO bioaerosol test chamber. Broekhuijsen M.
Detector Systems for Fast Search and Identification of R&N Material in situ. Berky W. et al. (Fraunhofer INT)

Workshop report

delivered at end of Dec. 09: download pdf
Annex 1 (a compliation of all presentations; large file 20 MB!) download pdf