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BOARD MEETING DATE: August 1, 2003
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PROPOSAL:
SYNPOSIS:
COMMITTEE:
RECOMMENDED ACTION:
Barry R. Wallerstein, D.Env. Background An AQMD proposal submitted in response to Broad Agency Announcement 2002, has been selected for award by the DOD for the adaptation of urban air monitoring instruments to measure low level pollutant concentrations in an amount of $900,000. This proposal seeks to assess, develop, and adapt various technologies for both field analysis and sample collection to assist in the characterization of a release of chemical agents. Specifically, the contract will be used to evaluate technology to determine its capabilities and adaptabilities in the detection and quantification of chemical agents. The best candidate instrumentation would then be purchased, modified if necessary, and mounted in either the AQMD’s existing Emergency Response Vehicle (ERV) or an air monitoring station for real-world condition testing and evaluation. If successful, the instrument may be permanently housed in the ERV. In addition to the analytical aspect of the grant, a meteorological system with integrated dispersion modeling software is proposed to evaluate the dispersion of any chemical agent. Given that many of the agents have molecular weights between 140 and 270, heavier hydrocarbons will be used to evaluate the effectiveness of these technologies. This evaluation would be needed since most existing analysis software and dispersion models are based on lower molecular weight compounds. As such, part of the contract funds would be used to enhance the computer software for the heavier hydrocarbons Proposal Staff has submitted a proposal
to the DOD to conduct an evaluation of technology to be applied to the
measurement of low level pollutant concentrations. A summary of the proposed
funding allocation is provided below:
The fixed assets considered for inclusion are: IMS-based RAID CW Detector ($25,000), Passive Scanable Open Path Fourier-Transform Infra-Red System ($225,000), Meteorological System with Integrated Dispersion Modeling ($30,000), Remotely Activated, Sequential Canister Samplers ($110,000), and Analytical Instrumentation - TOF GC/MS or IMS and Autosampler ($270,000). Resource Impacts DOD funding will fully support this effort. / / / |
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