hrough the Measurement and Monitoring Technologies for the 21st Century
initiative, EPA's Office of Solid Waste and Emergency Response (OSWER)
will identify and deploy promising measurement and monitoring
technologies in response to waste management and site cleanup program
needs by matching existing and emerging technologies with OSWER program
and client needs. Need areas include DNAPL characterization techniques;
monitoring mining waste sites; sensor technology development; vapor
intrusion monitoring methods; test methods for dioxin, cyanide, mercury,
pesticide, perchlorate, MTBE, and emerging contaminants; and remote
sensing for a variety of applications. The literature search database
contains thousands of citations and abstracts on these and other topics. |
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NIST-Technology Innovation Program Announces Competitive R&D Proposal Funding Opportunity
Posted: July 15, 2008 The Commerce Department's National Institute of Standards and Technology (NIST) announced that it is seeking proposals for high-risk research projects to develop innovative technologies for inspecting, monitoring and evaluating critical components of the nation's roadways, bridges, and drinking and wastewater systems. The competition for cost-shared research and development (R&D) support is the first to be announced by NIST's newly established Technology Innovation Program (TIP) in an effort to address critical societal challenges. Proposals for the current TIP competition must be received by NIST by 3 p.m. EDT, Thursday, Sept. 4, 2008. Review, selection, and award processing is expected to be completed by the end of November 2008.
More Information and Proposal Preparation Kit
User's Guide to the Collection and Analysis of Tree Cores to Assess the Distribution of Subsurface Volatile Organic Compounds
Posted: July 9, 2008 In cooperation with the EPA's 21M2 Initiative, the USGS has completed a guide on the use of tree coring as a tool to examine subsurface VOCs. The guide examines some of the factors influencing the use of tree coring for that purpose and summarizes some case studies in which tree coring has been used to examine subsurface VOCs. Typical VOCs that have been detected in tree cores include benzene, toluene, ethylbenzene, xylene isomers, trimethyl benzene, MTBE, TCE, PCE, and cDCE. The method is inexpensive, portable, rapid, and uncomplicated.
View Report
View Detailed Project Information
27th Quarterly Literature Search
Posted: July 8, 2008 The 27th quarterly update of literature contains
new citations related
to the needs areas. A list of these
citations and accompanying abstracts is found under View New Entries. These
citations are also part of the searchable master
database. View new entries (457K/93pp/PDF)
2nd International Workshop on Remote Sensing of Emissions: New Technologies and Recent Work
Posted: June 11, 2008 This workshop has presentations on DIAL and SOF surveys done in the Houston, Texas area, monitoring for pipeline gas leaks with an aircraft mounted DIAL system, the results of an ongoing two-year continuous fenceline FTIR activity at a petrochemical plant, the use of VRPM to measure landfill fugitive gas emissions and mercury emissions from a chlor-alkali plant, a fully automated VRPM TDLAS system for continuous monitoring of lagoons at consolidated animal feeding operations, the use of FTIR fenceline monitoring MGP cleanups, and a research update on equipment being developed to detect in the mid to far IR spectrum that does not require cryogenic cooling. Also discussed were the implications for facility monitoring as these cutting edge tools become more common place and how to promote their use to reduce overall emissions. The workshop resulted in suggestions and recommendations for future actions to be taken by the various entities represented at the meeting. View/Download Proceedings Document and Appendices
Additional Workshop Information
26th Quarterly Literature Search
Posted: March 3, 2008 The 26th quarterly update of literature contains
new citations related
to the needs areas. A list of these
citations and accompanying abstracts is found under View New Entries. These
citations are also part of the searchable master
database. View new entries (541K/101pp/PDF)
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