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3 edition of Subsurface contamination monitoring using laser fluorescence found in the catalog.

Subsurface contamination monitoring using laser fluorescence

Subsurface contamination monitoring using laser fluorescence

  • 367 Want to read
  • 37 Currently reading

Published by Lewis Publishers in Boca Raton, FL .
Written in English

    Subjects:
  • Soil pollution -- Measurement,
  • Groundwater -- Pollution -- Measurement,
  • Hazardous waste site remediation -- Technological innovations

  • Edition Notes

    Includes bibliographical references and index

    Statementedited by Katherine Balshaw-Biddle, Carroll L. Oubre, C. Herb Ward
    SeriesAATDF monographs
    ContributionsBalshaw-Biddle, Katherine, Oubre, Carroll L, Ward, C. H. (Calvin Herbert), 1933-
    Classifications
    LC ClassificationsTD878 .S833 2000
    The Physical Object
    Pagination160 p. :
    Number of Pages160
    ID Numbers
    Open LibraryOL16952533M
    ISBN 101566704812, 0849341531
    LC Control Number99026361

    "Field screening" indicates field analytical tools, and (quick) methods and strategies for on-site or in-situ environmental analysis and assessment of contamination. "Field screening" includes not only field analytical methods, such as mobile laboratories, portable analyses, detectors, sensors, or. concrete floors or pads, and subsurface soils. The sampling probes, both surface and subsurface, contain the laser (a Hz Nd/YAG laser), associated optics, and control circuitry to raster the laser (ablation) energy across one square inch of sample surface. Either sampling probe is.


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Subsurface contamination monitoring using laser fluorescence Download PDF EPUB FB2

- Buy Subsurface Contamination Monitoring Using Laser Fluorescence (AATDF Monograph Series) book online at best prices in India on Read Subsurface Contamination Monitoring Using Laser Fluorescence (AATDF Monograph Series). Monitoring manufacturing processes and industrial waste water operations Subsurface Contamination Monitoring Using Laser Fluorescence provides comprehensive reference material for researchers and engineers as well as engineering consultants interested in subsurface monitoring techniques or further development of this technology.

Subsurface Contamination Monitoring Using Laser Fluorescence - CRC Press Book While innovative technologies in remediation need to be developed, so do innovative ways of site assessment.

This monograph describes the development, testing, and performance. "Substructure Contamination Monitoring Using Laser Fluorescence Subsurface contamination monitoring using laser fluorescence book comprehensive reference material for researchers and engineers as well as engineering consultants interested in subsurface monitoring techniques or further development of this technology.

Get this from a library. Subsurface contamination monitoring using laser fluorescence. [Katherine Balshaw-Biddle; Carroll L Oubre; C H Ward;] -- While innovative technologies in remediation need to be developed, so do innovative ways of site assessment.

This monograph describes the development, testing, and performance of a new laser-induced. Subsurface Contamination Monitoring Using Laser Fluorescence 1st Edition. Katharine Balshaw-Biddle, Carroll L. Oubre, C. Ward Aug While innovative technologies in remediation need to be developed, so do innovative ways Subsurface contamination monitoring using laser fluorescence book site assessment.

select article Subsurface Contamination Monitoring Using Laser Fluorescence: Jonathan E. Kenny, Jane W. Pepper, Andrew O.

Subsurface contamination monitoring using laser fluorescence book, Yu-Min Chen, Steven L. Schwartz. Co-author of the book “Subsurface Contamination Monitoring Using Laser-Induced Fluorescence" and served as expert technical witness for industrial clients during litigation, administrative law Title: (Retired) Partner at Environmental.

A laser-induced fluorescence system for in situ detection of soil contamination with cone penetrometer technology, capable of collecting three-dimensional fluorescence fingerprints (excitation.

The use of laser-induced fluorescence spectroscopy (LIFS) is fairly accepted as a fast and reliable method for the online detection of contaminations with polycyclic aromatic hydrocarbons (PAHs. In situ measurements of subsurface contaminants with a multi-channel laser-induced fluorescence system.

Spectrochimica Acta Part A: Molecular and Biomolecular Spectroscopy, 58 (2), – CrossRef Google ScholarAuthor: Masoud Ghandehari, Konstantinos Kostarelos, Cristian S.

Vimer. Balshaw-Biddle, K (ed.) () Subsurface monitoring using laser fluorescence. Lewis Publishers, Boca Raton Google Scholar Baumann T, Haaszio S, Niessner R () Applications of a laser-induced fluorescence spectroscopy sensor in aquatic by: C.H.

Ward -- Vita Janu Page 6 Environmental Biotechnology--Approaching the YearInternational Society for Environmental Biotechnology Third International Symposium, Boston, MA, USA. Rapid subsurface in-situ field screening of petroleum hydrocarbon contamination using laser induced fluorescence over optical fibers, In Proceedings of the Subsurface contamination monitoring using laser fluorescence book International Symposium on Field Screening Methods for Hazardous Waste Site Investigations, Las Vegas, Nevada.

Air and Waste Management Association, Pittsburgh, Pa. 57–Cited by: 5. @article{osti_, title = {Plant-Stress Measurements Using Laser-Induced Fluorescence Excitation: Poland Experiment}, author = {Capelle, Gene and Jones, Steve}, abstractNote = {Bechtel Nevada's Special Technologies Laboratory Subsurface contamination monitoring using laser fluorescence book has been involved in remote sensing for many years, and in April STL began to study the use of active remote sensing for detecting plant stress.

@article{osti_, title = {Delineation of creosote-based DNAPLs using CPT-deployed laser induced fluorescence}, author = {Ruggery, Jr, D A and Misquitta, N J and Coll, F R}, abstractNote = {This paper presents a case study of the first commercial use of cone penetrometer testing (CPT)/deployed laser induced fluorescence (LIF) to address the following objectives at a creosote DNAPL site.

Technology Transfer EPA//R/a SUBSURFACE CHARACTERIZATION AND MONITORING TECHNIQUES: A DESK REFERENCE GUIDE Volume I: Solids and Ground Water Appendices A and B May Prepared by: Eastern Research Group, Inc. Hartwell Avenue Lexington, MA Prepared for: Center for Environmental Research Information U.S.

EPA/ January •. A GUIDE TO THE SELECTION OF MATERIALS FOR MONITORING WELL CONSTRUCTION AND GROUND-WATER SAMPLING by Michael J. Barcelona James P. Gibb Robin A. Miller Illinois State Water Survey Department of Energy and Natural Resources Champaign* Illinois EPA No.

CR Project Officers / Marion R. Scalf Leslie G. McMillion. Pergamon (94)E Chemosphere, Vol. 28, No. 10, pp.Elsevier Science Ltd Printed in Great Britain /94 $+ A Review of Applications of Luminescence to Monitoring of Chemical Contaminants in the Environment Spencer M.

Steinberg Department of Chemistry University of Nevada, Las Vegas, NV, Edward J. Poziomek Harry Reid Center for Cited by: A hyperspectral measurement system for the fast and large area measurement of Raman and fluorescence signals was developed, characterized and tested. This laser hyperspectral imaging system (Laser-HSI) can be used for sorting tasks and for continuous quality monitoring.

The system uses a nm Nd:YAG laser and a standard pushbroom HSI camera. Depending on the lens selected, it is Cited by: 3.

Before we can hope to successfully conduct a risk assessment, or select the proper technology for remediation at a contaminated site, we must first have a thorough understanding of the nature of the impacts at that site.

This paper will present an overview of a field-proven, in situ site assessment technique based on laser induced UV fluorescence, that provides continuous, real time Author: J. Hughes, A. Taer. The four categories of information important for source zone characterization are (1) the nature and presence of the source material, whether it be a DNAPL or chemical explosives, (2) the hydrogeologic setting, (3) source zone delineation, including geometry, distribution, migration, and dissolution rate in the subsurface, and (4) the biogeochemical environment of the site.

In recent years, several research groups have developed fiber optic Laser-Induced Fluorescence (LIF) sensors for online and in-situ monitoring of soils and aromatic hydrocarbons in water, soil and air. These systems have several interesting applications, such as field screening of oil contamination in water and soil after environmental accidents, and localization of subsurface oil plumes at Cited by: 4.

ASTM-D - Standard Practice for Cone Penetrometer Technology Characterization of Petroleum Contaminated Sites with Nitrogen Laser-Induced Fluorescence (Withdrawn ) ASTM-D - Standard Test Method for Monitoring Ground Movement Using Probe-Type Inclinometers.

eBook is an electronic version of a traditional print book THIS can be read by using a personal computer or by using an eBook reader. (An eBook reader can be a software application for use on a computer such as Microsoft's free Reader application, or a book-sized computer THIS is used solely as a reading device such as Nuvomedia's Rocket eBook.

UV laser and LED induced fluorescence spectroscopy for detection of trace amounts of organics in drinking water and water sources h [electronic resource] / by Anna V. Sharikova. [Tampa, Fla.]: b University of South Florida, Title from PDF of title page.

Document formatted into pages; contains pages. Includes vita. Weathered Gasoline LNAPL using Laser Induced Fluorescence Technology Heicher, David Large-Scale Remediation of TCE Using Abiotic Degradation with ZVI and Enhanced Biological Degradation Kelley, Robert Defining Ground-Water Movement at Tyndall Air Force Base, Florida Champion, Tom Overview of State LNAPL Management Strategies Laub, Matthew D Standard Test Method for Monitoring Ground Movement Using Probe-Type Inclinometers.

D() Standard Practice for Expedited Site Characterization of Vadose Zone and Groundwater Contamination at Hazardous Waste Contaminated Sites. D Standard Guide for Coring and Logging Cement - or Lime-Stabilized Soil. The chapter concludes with a discussion of ways to collect depth-discrete groundwater head data and samples using conventional monitoring wells and engineered multilevel monitoring systems (MLS.

How to Select and Apply Direct Sensing Tools Using this Document Membrane Interface Probe Optical Image Profiler Laser-Induced Fluorescence Cone Penetrometer Testing Hydraulic and Groundwater Profiling Tools Electrical Conductivity (EC) Probe Flexible Liners 4 Borehole Geophysics 4 Borehole Geophysics Overview.

A fixed monitoring interval, applied most often when monitoring porous media, is intended to eliminate wider spread of contamination through the monitoring boreholes. Monitoring intervals should be selected based on the synthesis of hydrogeologic and biogeochemical information rather than on arbitrarily assigned values for open interval lengths.

Title: Using Field Analytical Methods for Site Investigation Presented At: Pan American Studies Institute C 1 Using Field Analytical Methods for Site Investigation Presented At Pan American Studies Institute Conference July 23 to August 2, Presented By James Mack- New Jersey Institute of Technology () Todd Morgan- S2C2 Inc.

His environmental forensics practice focuses on using advanced analytical techniques to solve questions related to the origin, cause, timing and evolution of subsurface contamination. He has authored and coauthored numerous scientific publications, including the recently published forensic review articles in Environmental Science & Technology.

Provide a case study using photoionization and flame ionization detectors (PID and FID) detectors for continuous monitoring of soil gas in treatment trains and VI into residential basements. Please contact L. Everett & Associates for more information or for support on vapor intrusion problems, monitoring improvements, and risk management.

Present state-of-the-art techniques for identifying subsurface contamination and their sources are generally slow, labor intensive, and expensive. Systems such as V-SORS (Vessel-Submerged Oil Recovery Systems) have proven effective in localizing the general areas of pooled and mobile spills, but are unable to determine precise by: This practice covers the method for delineating the subsurface presence of petroleum hydrocarbons and other hydrocarbons using a fiber optic based nitrogen laser-induced fluorescence sensor system.

The petroleum hydrocarbon sensing scheme utilizes a fluorescence technique in which a nitrogen laser emits pulsed ultraviolet light. Here, we demonstrate, for the first time, the extension of applicability of recently developed microscale spatially offset Raman spectroscopy (SORS), micro-SORS, from the area of cultural heritage to a wider range of analytical problems involving thin, tens of micrometers thick diffusely scattering turbid layers.

The method can be applied in situations where a high turbidity of layers prevents Cited by: contamination monitoring programs at several DOE sites.

Results from the NASA-funded projects have identified UV irradiation thresholds for bacteria artian equatorial under M conditions. And results from the Arctic microbiology studies have supported the conclusion that. Skip to Main ContentCited by: Need help. Chat now.

Live Chat - Free Trial - Webinar - Feedback Cart (0). Plant Stress Monitoring Using Laser-Induced Fluorescence I (3) Plant Stress Pdf Using Laser-Induced Fluorescence II (3) Oceanographic Applications of Lidar (3) Poster Session (3) AEROSPACE/DEFENSE SENSING AND CONTROLS.

April Orlando, FL, United States.Laser Induced Fluorescence (LIF) - USEPA, LIF is used to detect relative quantities of petroleum hydrocarbons containing polycyclic aromatic hydrocarbons. It can be used with a cone penetrometer test rig or a percussion hammer (e.g., Geoprobe) rig.detection of fecal contamination on apples using nanosecond-scale ebook imaging of laser induced fluorescence - (peer reviewed journal) Lefcourt, A.M., Kim, M.S., Chen, Y.R.

Detection of fecal contamination on apples using nonosecond-scale .