Evaluation of Upland Disposal of John F. Baldwin Ship Channel Sediment

This report describes testing and evaluation performed by the Environmental Laboratory of the U.S. Army Engineer Waterways Experiment Station (WES) on sediment from the John F. Baldwin Ship Channel, California. Test protocols from the Corps' Management Strategy for Disposal of Dredged Material...

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Main Authors: Lee, C. R, Brandon, D. L, Tatem, H. E, Simmers, J. W, Skogerboe, J. G
Format: Report
Language:English
Subjects:
CALIFORNIA
CHANNELS
Civil Engineering
CONTAMINANTS
CORES
DISPOSAL
DREDGED MATERIALS
DREDGING
EFFLUENTS
John F. Baldwin Ship Channel(California)
MATERIALS
MIGRATION
SEDIMENTS
SHIPS
SITES
STRATEGY
TEST AND EVALUATION
WATERWAYS
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creator Lee, C. R
Brandon, D. L
Tatem, H. E
Simmers, J. W
Skogerboe, J. G
description This report describes testing and evaluation performed by the Environmental Laboratory of the U.S. Army Engineer Waterways Experiment Station (WES) on sediment from the John F. Baldwin Ship Channel, California. Test protocols from the Corps' Management Strategy for Disposal of Dredged Material were used in the present evaluation to determine the potential for migration of contaminants into the effluent, surface runoff, leachates, plants, and animals at an undetermined upland disposal site. Two composite sediment samples were collected from the Pinole Shoal and West Richmond reaches of the J. F. Baldwin Ship Channel from core depths to 47 ft (or 15.7 m) (45 ft project depth plus 2 ft overdepth. Collected sediments were transported to WES for testing... Contaminant migration, Dredged material, Upland disposal, Contaminated sediments, Sediment testing
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G ; ARMY ENGINEER WATERWAYS EXPERIMENT STATION VICKSBURG MS ENVIRONMENTAL LAB</creatorcontrib><description>This report describes testing and evaluation performed by the Environmental Laboratory of the U.S. Army Engineer Waterways Experiment Station (WES) on sediment from the John F. Baldwin Ship Channel, California. Test protocols from the Corps' Management Strategy for Disposal of Dredged Material were used in the present evaluation to determine the potential for migration of contaminants into the effluent, surface runoff, leachates, plants, and animals at an undetermined upland disposal site. Two composite sediment samples were collected from the Pinole Shoal and West Richmond reaches of the J. F. Baldwin Ship Channel from core depths to 47 ft (or 15.7 m) (45 ft project depth plus 2 ft overdepth. Collected sediments were transported to WES for testing... 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source DTIC Technical Reports
subjects CALIFORNIA
CHANNELS
Civil Engineering
CONTAMINANTS
CORES
DISPOSAL
DREDGED MATERIALS
DREDGING
EFFLUENTS
John F. Baldwin Ship Channel(California)
MATERIALS
MIGRATION
SEDIMENTS
SHIPS
SITES
STRATEGY
TEST AND EVALUATION
WATERWAYS
title Evaluation of Upland Disposal of John F. Baldwin Ship Channel Sediment
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