Real-Time Detection Systems at #AIHCE 2012

Real-Time Detection Systems Programming at AIHCE 2012
Indy June 16-21
Real-Time Detection Systems Committee Meeting Portland, OR 2011
The mission of the Real-Time Detection Systems Committee is 
to provide effective leadership in the field of Gas and Vapor Detection Systems by maintaining knowledge of past and present tools and methods related to the field. Our members actively share their expertise with each other and industry stakeholders, driving improved technology, to provide workers and the public with the best possible protection.

Advanced | 1.34 CM Points/ 8 Contact Hours/ 1.0 CEU/COC Point | Sunday | 8:00 a.m. - 5:00 p.m. | Limit: 60

Hazardous Chemicals, Real-Time Detection Systems
Description:The PDC is targeted towards industrial hygiene, safety, and emergency response personnel who use or may be called on to use field-portable detection and identification tools, or professionals who may need to understand data produced by such tools. Read more here.

  • SS 001 - Closer to Spock’s Tricorder — The Latest in Real-Time Detection Monday, 2:00 p.m.–5:30 p.m. 

    Monday | 2:00 p.m.–5:30 p.m. |

    Real-Time Detection Systems, Safety, Symposia
    Arranger: P. Smith, OSHA, Sandy, UT. Moderator: E. Bishop, Parsons, Council Bluffs, CA. Monitors: J. Golden, 3M Company, Cottage Grove, MN; D. Bolstad-Johnson, Phoenix Fire Department, Phoenix, AZ.
    Advances in real-time detection systems and informatics now allow for high reliability data that are immediately available to decision makers. This roundtable will bring together a panel of experts who as individuals are involved in designing, testing, or using the latest innovations in real-time chemical detection and identification tools and informatics platforms to get the resulting data to those who need it as quickly as possible. Assembled experts will discuss microfabricated sensor arrays, miniature mass spectrometers, traditional and atmospheric pressure ionization for mass spectrometric detection in the field, and pulling it all together with wireless transmission of data and positioning to present 3-D models of the results.


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