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SEDL / STP / STP840-EB
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STP840
Oil Spill Chemical Dispersants Research, Experience, and Recommendations
Allen TE
Pages: 3
Published: 1984
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Contains 27 papers divided into four sections: laboratory toxicity and effectiveness testing; field effectiveness; fate and effects; and contingency planning and guidelines. Addresses when dispersants should be used; the results of the dispersant application; and the short-term; and long-term costs to the environment.
Table of Contents
Introduction
Allen T.
Summary
Allen T.
A Laboratory Approach for Determining the Effect of Oils and Dispersants on Mangroves
Baca B., Getter C.
Toxicity Testing with Constant or Decreasing Concentrations of Chemically Dispersed Oil
Anderson J., Fleischmann M., Kiesser S., McQuerry D., Riley R.
Uniform Methods for Exposure Regimes in Aquatic Toxicology Experiments with Chemically Dispersed Oils
Anderson J., Mackay D., Wells P.
Measurement and Prediction of the Effectiveness of Oil Spill Chemical Dispersants
Bobra M., Chau A., Hossain K., Mackay D.
The Status of the Warren Spring Laboratory's Rolling Flask Test
Martinelli F.
A View of the Mackay and Labofina Laboratory Tests for Assessing Dispersant Effectiveness with Regard to Performance at Sea
Byford D., Green P.
A Review of the Relationship Between the Characteristics of Spilled Oil and Dispersant Effectiveness
Canevari G.
The Drop-Weight Interfacial Tension Method for Predicting Dispersant Performance
Rewick R., Sabo K., Smith J.
Effectiveness of Oil Spill Dispersants at Low Salinities and Low Water Temperatures
Lehtinen C., Vesala A.
Chemical Oil Dispersion in Trials at Sea and in Laboratory Tests: The Key Role of Dilution Processes
Bocard C., Castaing G., Gatellier C.
The Use of Remote Sensing in the Determination of Dispersant Effectiveness
Goodman R., MacNeill M.
An Evaluation Program for Aerially Applied Dispersants
Gill S.
Treatment of Oil Spill Fire Hazards with Chemical Dispersants: A Case History
Kaufmann S.
The Toxicity of Oil Spill Dispersants to Marine Organisms: A Current Perspective
Wells P.
The Effects of Dispersants on Incorporation of Volatile Liquid Hydrocarbons into the Water Column
Brooks J., Kennicutt M., McDonald T.
Recommended Methods for Testing the Fate and Effects of Dispersed Oil in Marine Sediments
Anderson J., Fellingham G., Fleischmann M., Kiesser S., Vanderhorst J.
Comparison of the Fate and Ecological Effects of Dispersed and Nondispersed Oil in a Variety of Intertidal Habitats
Baker J., Crothers J., Little D., Oldham J., Wilson C.
Tidal Area Dispersant Project: Fate of Dispersed and Undispersed Oil in Two Nearshore Test Spills
Foster J., Gerber R., Gilfillan E., Hanson S., Hotham J., Page D., Vallas D.
Effects of Test Spills of Chemically Dispersed and Nondispersed Oil on the Activity of Aspartate Aminotransferase and Glucose-6-Phosphate Dehydrogenase in Two Intertidal Bivalves, Mya arenaria and Mytilus edulis
Foster J., Gerber R., Gilfillan E., Hanson S., Hotham J., Page D., Vallas D.
The Toxicity of Oil and Chemically Dispersed Oil to the Seagrass Thalassia testudinum
Baca B., Getter C.
Experimental Use of Dispersants for Spill Countermeasures on Arctic Beaches
Foget C., Owens E., Robson W.
The Comparative Fate of Chemically Dispersed and Untreated Oils in an Arctic Nearshore Environment
Boehm P.
Ecological Considerations for the Use of Dispersants in Oil Spill Response
Albers P., Fucik K., Lindstedt-Siva J., Maynard N.
Development and Implementation of Guidelines for Dispersant Use: Regional Response Teams
Pavia R., Smith R.
A Mathematical Model for Predicting the Ecological Impact of Treated and Untreated Oil Spills
Trudel B.
Oil Spill Dispersants: Does South Africa Have an Alternative?
Chapman P.
A Multifaceted Approach to Applying Dispersants
Crain O.
Subject Index
Name Index
Committee: F20
Paper ID: STP840-EB
DOI: 10.1520/STP840-EB
ISBN-EB: 978-0-8031-4906-9
 ASTM International is a member of CrossRef.
0-8031-0400-6
978-0-8031-0400-6
STP840-EB
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