Introduction to Sediment Remediation. Presented to: Lower Passaic River Community Advisory Group July 14, 2011
|
|
|
- Christian Gordon
- 6 years ago
- Views:
Transcription
1 Introduction to Sediment Remediation Presented to: Lower Passaic River Community Advisory Group July 14, 2011
2 Overview Feasibility Considerations Conceptual Site Model Dredging / Capping Dredged Material Management Design Construction
3 The Practice of Contaminated Sediment Management Remediation Risk, Inventory Navigation Depth, Width Restoration Habitat, Water Quality
4 Some Important References
5 Interpreting the Conceptual Site Model Areas of High Concentration Areas of High Inventory (Mass) Sediment Stability Considerations Receptor Pathways
6 A Simplified Look at the Sediment ZONE SOME CONTAMINANT TRANSPORT PROCESSES Water Column Biologically Active Zone Bioavailable Zone Buried Contaminated Sediments Native Geologic Materials Solids Transport Bed Load Transport Erosion / Deposition, Biological Uptake Porewater flux, Contaminant degradation Groundwater discharge
7 SEDIMENT TRANSPORT Sediment Stability Some ways to assess sediment stability include: Determine Bathymetric Changes Evaluate Sediment Texture Understand Geomorphology Estimate Storm Event Velocities Perform SedFlume or Gust Microcosm Experiments Perform Sediment Transport Modeling
8 Some Key Topics for Remedy Selection Where to Remediate: Active vs. Monitored Natural Recovery What method: Dredging vs. Capping (vs. Insitu) How to Manage the Sediments Effectiveness & Recontamination Other Site-Specific Factors NEEDS GOOD PREDICTIVE MODEL COMMON SENSE STAKEHOLDER INPUT
9 DREDGING
10 DREDGING: Feasibility & Design Considerations & Terminology Resuspension Residuals Dredged Material Management Productivity Dredge Prism Debris / Utilities / Structures Dredging Technology Delivery Techniques Navigation Slope Stability Productivity Contracting Approach
11 Dredging Advantages/Limitations (per USEPA Guidance) Advantages Lower uncertainty for long-term effectiveness* More flexibility for future use Less reliance on institutional controls Less time to achieve goals than Monitored Natural Recovery Allows for treatment/beneficial use of sediments Limitations More logistically complex and costly Treatment technologies still in scale-up mode; may be costly Disposal facilities / options may be limited Difficulty in estimating residual contamination Effects of resuspension and/or volatilization Temporary disruption of aquatic community and habitat * Where cleanup levels achieved
12 Some Dredging Resuspension Terminology (General Illustration)
13 Minimizing Sediment Resuspension Equipment Selection Operator Experience Best Management Practices (BMPs) Containment (Curtains, Barriers, Sheetpile) Innovative Approaches
14 Horizontal Profiler Dredging Equipment Selection CableArm Horizontal Auger (MudCat) Cutterhead Source: Bean Environmental, Cable Arm
15 Some Best Management Practices for Resuspension Monitoring Bucket Closure Sensors Lift Speed Control Equilibration Time Rinse Tank / Clean Bucket Minimize Equipment Moves Penetration Depth
16 Emerging Technologies for Resuspension Control Control Zone Insitu Stabilization
17 RESUSPENSION Resuspension Trends FRACTION OF MASS REMOVED MASS RATE NORMAL OPERATING RANGE DREDGE PRODUCTION
18 Navigation Sources of Resuspension Photo provided by PANYNJ.
19 DREDGING RESIDUALS Sampling of Residuals Dredge Pre-dredging Elevation Of River Bottom Design Cut Line Contaminated Sediments Residual Sediments Overdredge Depth Clean Over-cut Sediments
20 Residuals Tidbits Prediction: The concentration of contaminants in dredging residuals is an integration of the concentration of the last bucket dredged. Reynolds Metals Case Study: After each dredging pass, approximately half of the dredge certification units (cells) met the cleanup criteria. One cell was dredged 13 times. Operator skill appears to be one of the keys to reducing residuals. Backfill can be effective used to attenuate residuals.
21 Managing Dredging Residuals Good Inventory Characterization & Dredge to Defined Elevation with backfill Redredging Specialty Equipment Backfilling (Dilution) Capping
22 Dredged Material Management Disposal CAD Cells CDFs Placement Sites (Brownfields) Decontamination Waste Management Facilities (Landfills) Handling Delivery: Barge vs. Hydraulic Dewatering vs. Desiccation Water Treatment Transport: Barge vs. Rail vs. Truck
23 Dredged Material Management Options
24 Decontamination Technologies Minergy Biogenesis Endesco / GTI (now Volcano) Upcycle Source:
25 Bean Environmental Bonacavor Hydraulic Excavator Dredge
26 Putting it All Together Dredging Scow Transport Hydraulic Offloading Courtesy of John Henningson; Henningson Environmental Services, Inc. Dewatering Stockpile for Treatment / Disposal Off-site Disposal or Beneficial Use Water Treatment Plant
27 CAPPING
28 Capping Feasibility & Design Considerations & Terminology Cap Stability - Erosion Cap Structure Navigation Porewater Fluxes Flooding Impacts Thickness Grain Size Filter Design Maintenance Borrow Source Identification Reactive Layers Physical Barriers Performance criteria Pre-dredging Habitat Layers
29
30 Capping Advantages/Limitations (per USEPA Guidance) Advantages Quickly reduce exposures Clean substrate for benthic re-colonization May enhance habitat Less infrastructure for material handling Less potential for resuspension Avoids risks associated with material treatment or disposal Usually lower cost and less disruption than dredging and sediment treatment/disposal Limitations Contaminated sediment remains could be released if disturbed or break through Possibility of sediment disruption during placement Shallow water may require inconvenient institutional controls (e.g., boating restrictions) Cap may alter hydrologic regime Cap materials may alter biological community Long-term monitoring and maintenance
31 Placement Techniques Conveyor Hydraulic Diffuser Split-Hull Barge Clamshell
32 Cap Placement Equipment - Spreader Source: Bean Environmental
33 Examples of Completed Capping Projects (Year Completed) St. Paul Waterway, WA (1991)* Marathon Battery, NY (1994) Eagle Harbor, WA (2002) Grasse River, NY (2005) pilot study Anacostia River, MD (2007) pilot studies Fox River, WI (ongoing) *part of the Commencement Bay - Nearshore Tideflats Superfund Site which consists of 8 contaminated sediment problem areas within 6 marine waterways.
34 Implementation / Construction Issues Processing Facility Siting Contractor Selection Operator Experience Management / Oversight Community Involvement Change Management
35 QUESTIONS?
Dredging and Dredged Material Disposal Overview
Dredging and Dredged Material Disposal Overview Tim Welp Timothy.L.Welp@usace.army.mil 601.634.2083 The process of dredging consists of the following stages: - Excavation (loosening or dislodging) of the
Portland Harbor CAG Feasibility Study Sediment Capping and Treatment Concepts. July 14, 2010 Jim McKenna Carl Stivers
Portland Harbor CAG Feasibility Study Sediment Capping and Treatment Concepts July 14, 2010 Jim McKenna Carl Stivers 1 Quick Review! June Dredging and Monitored Natural Recovery! July Capping and Treatment!
PROPOSED PLAN FOR CLEANING UP THE LOWER 8 MILES OF THE LOWER PASSAIC RIVER
PROPOSED PLAN FOR CLEANING UP THE LOWER 8 MILES OF THE LOWER PASSAIC RIVER June 23, 2014 Belleville, New Jersey 6/16/2014 New York- New Jersey Harbor Estuary Lower Passaic River Diamond Alkali Superfund
FORUM ON USE OF CAD CELLS IN NEWARK BAY VS. OFF-SITE DISPOSAL
FORUM ON USE OF CAD CELLS IN NEWARK BAY VS. OFF-SITE DISPOSAL July 22, 2014 New Jersey Institute of Technology 7/26/2014 Diamond Alkali Superfund Site Contaminated with dioxins, PCBs, pesticides, metals,
New York- New Jersey Harbor Estuary. Lower Passaic River
Lower 8 Miles of the Lower Passaic River Focused Feasibility Study November 7, 2013 New York- New Jersey Harbor Estuary Lower Passaic River 2 Diamond Alkali Superfund Site: Contaminated with dioxins, PCBs,
Source Control Early Action Focused Feasibility Study
Source Control Early Action Focused Feasibility Study Engineering Presentation Scott E. Thompson, PE Malcolm Pirnie, Inc. Remedial Options Workgroup Meeting June 27, 2007 Outline Target Area Selection
Considerations for Environmental Dredging of Contaminated Sediments. Michael R. Palermo, PhD, PE
Considerations for Environmental Dredging of Contaminated Sediments Michael R. Palermo, PhD, PE 1 Outline 4 Objectives, Definitions 4 Site/ Sediment Characterization 4 Removal Requirements 4 Equipment
Weldcraft Boatyard Clean-up and Redevelopment Project
Weldcraft Boatyard Clean-up and Redevelopment Project Habitat Mitigation Mike Stoner Environmental Director Port of Bellingham 1801 Roeder Avenue Bellingham, WA 98227 mikes@portofbellingham.com June 10,
Identifying and Managing Key Cost Drivers During Investigation, Remedy Selection and Design at Contaminated Sediment Sites
Identifying and Managing Key Cost Drivers During Investigation, Remedy Selection and Design at Contaminated Sediment Sites Doug Crawford, PE Kendrick Jaglal, PE Brian White, PE Steve Anagnost, PE Trevor
UNITED STATES ENVIRONMENTAL PROTECTION AGENCY REGION BROADWAY NEW YORK, NEW YORK 10007
EXHIBIT 13 "E UNITED STATES ENVIRONMENTAL PROTECTION AGENCY REGION 2 290 BROADWAY NEW YORK, NEW YORK 10007 MEMORANDUM DATE: January 18, 2001 SUBJECT: FROM: TO: National Remedy Review Board Recommendations
A Review of Lessons Learned After Nearly 3 Decades of Environmental Dredging in the USA
A Review of Lessons Learned After Nearly 3 Decades of Environmental Dredging in the USA Paul Doody, Anchor QEA LLC Ram Mohan and Clay Patmont, Anchor QEA, LLC; Rebecca Gardner, Anchor QEA AS Presented
USACE TECHNICAL GUIDELINES FOR ENVIRONMENTAL DREDGING OF CONTAMINATED SEDIMENTS
USACE TECHNICAL GUIDELINES FOR ENVIRONMENTAL DREDGING OF CONTAMINATED SEDIMENTS Michael Palermo 1, Paul Schroeder 2, Trudy Estes 3, Norman Francingues 4, Karl Gustavson 5, Todd Bridges 6 and Steve Ells
Predictive Modeling and Design Solutions for Beneficial Use of Dredged Material
Predictive Modeling and Design Solutions for Beneficial Use of Dredged Material Presented by Tom Wang, P.E., and Kathy Ketteridge, Ph.D., P.E. January 28, 2016 Overview of Presentation Introductions Examples
Environmental Dredging Equipment and Processes. (Tab D)
Environmental Dredging Equipment and Processes (Tab D) Norman R. Francingues, MSEE (frasang@canufly.net) Michael R. Palermo, PhD (mike@mikepalermo.com) Training Objectives Learn about dredges, types and
Comprehensive Modeling of Dredge Resuspension and Residual Effects of Remedial Alternatives: Portland Harbor Feasibility Study
Comprehensive Modeling of Dredge Resuspension and Residual Effects of Remedial Alternatives: Portland Harbor Feasibility Study Presented by Michael Werth, Kevin Russell, Kirk Ziegler, and Carl Stivers
Using Dredging Lessons Learned in a Large Contaminated Sediment Feasibility Study. Presented by John Laplante, Carl Stivers, and Clay Patmont
Using Dredging Lessons Learned in a Large Contaminated Sediment Feasibility Study Presented by John Laplante, Carl Stivers, and Clay Patmont October 24, 2012 Presentation Outline Engineered Barriers Best
Indiana Harbor and Canal (IHC) Confined Disposal Facility (CDF) and Navigational Dredging
Indiana Harbor and Canal (IHC) Confined Disposal Facility (CDF) and Navigational Dredging Purdue Water Institute 05 November 2013. US Army Corps of Engineers Topics for Today Brief Introduction to USACE
U. S. Steel Duluth Works - Spirit Lake Cleanup Plan FAQs
St. Louis River Area of Concern U. S. Steel Duluth Works - Spirit Lake Cleanup Plan FAQs Spirit Lake is a large, open area in the St. Louis River that has cultural, historical, and recreational significance
Lessons Learned, Innovations, and Successes from U.S. Great Lakes Areas of Concern Sediment Cleanups
Lessons Learned, Innovations, and Successes from U.S. Great Lakes Areas of Concern Sediment Cleanups Presented at RPIC Federal Contaminated Sites National Workshop April 15, 2014 Gina Bayer, CH2M HILL
Use of High Value Amendments to Address Contaminated Sediments in Sensitive Ecological Systems
Use of High Value Amendments to Address Contaminated Sediments in Sensitive Ecological Systems ARC 2016 November 8-9, 2016 Halifax, Canada John A. Bleiler, Upal Ghosh, Charles A. Menzie November 2016 Overview
FOCUSED FEASIBILITY STUDY FOR PASSAIC RIVER SEDIMENTS: IDENTIFYING OPPORTUNITIES FOR EARLY ACTION
FOCUSED FEASIBILITY STUDY FOR PASSAIC RIVER SEDIMENTS: IDENTIFYING OPPORTUNITIES FOR EARLY ACTION Liam Bossi 1, Scott E. Thompson, PE 2, R. Bruce Fidler, PE 3, Daria Navon, PE 4, and Thalia Loor 5 ABSTRACT
DESIGN SEQUENCE FOR ENVIRONMENTAL DREDGING
DESIGN SEQUENCE FOR ENVIRONMENTAL DREDGING Michael R. Palermo 1 ABSTRACT The U.S. Army Corps of Engineers is assisting the U.S. Environmental Protection Agency in developing technical guidance for contaminated
PIANC Dredging 2012 Conference. Castro Cove Sediment Remediation Project, Richmond, California
PIANC Dredging 2012 Conference Castro Cove Sediment Remediation Project, Richmond, California Ian Austin PhD PE - URS Corporation Paul Ryan Chevron Environmental Management Company Mark Sutton Dixon Marine
Contaminated sediment management in the U.S.
Contaminated sediment management in the U.S. Rebecca Gardner Anchor QEA, USA and Norway company logo comes here Contents Brief overview of beneficial use activities in the United States (U.S.) Relating
APPLICATION FOR 2013 WEDA ENVIRONMENTAL EXCELLENCE AWARD ENVIRONMENTAL DREDGING CATEGORY RIVER RAISIN AREA OF CONCERN PROJECT, MONROE, MICHIGAN
APPLICATION FOR 2013 WEDA ENVIRONMENTAL EXCELLENCE AWARD ENVIRONMENTAL DREDGING CATEGORY RIVER RAISIN AREA OF CONCERN PROJECT, MONROE, MICHIGAN SUMMARY The construction team of Environmental Restoration,
Revision and Updates to the Environmental Dredging Pilot Study Lower Passaic River Restoration Project
Revision and Updates to the Environmental Dredging Pilot Study Lower Passaic River Restoration Project Project Delivery Team Meeting Project Delivery Team Meeting March 4, 2009 Outline Design and Objectives
Remedial Design and Remedial Action at IR Site 12 Boat Channel Sediments Former Naval Training Center, San Diego
BRAC PMO WEST Remedial Design and Remedial Action at IR Site 12 Boat Channel Sediments Former Naval Training Center, San Diego - RAB Meeting Louie Cardinale, PE, Navy Remedial Project Manager Carrie Ross,
Contaminated Sediment Conceptual Site Models and Remediation
Contaminated Sediment Conceptual Site Models and Remediation Presented to Best Practices Group Presented by David Keith August 28, 2008 Presentation Purpose To provide a high-level overview of site investigations
Esquimalt Graving Dock Waterlot Remediation Mega-Site (Phase 1B): Design, Contracting, and Construction Challenges
Esquimalt Graving Dock Waterlot Remediation Mega-Site (Phase 1B): Design, Contracting, and Construction Challenges Presented by Dan Berlin and Tom Wang, Anchor QEA, LLC Andrew Mylly and Rae-Ann Sharp,
Emerging Trends in Contaminated Sediment Cleanup
Emerging Trends in Contaminated Sediment Cleanup Presented to Best Practices Group Presented by Clay Patmont Anchor Environmental, LLC August 28, 2008 Presentation Outline Overview of emerging trends Regulatory
New Jersey Maritime Resources
New Jersey Maritime Resources Maintaining safe navigation: A primer on dredged material management in New Jersey Presented by: W. Scott Douglas Program Manager, NJ Maritime Resources April 8, 2003 TransAction
Large Scale Sediment Management
Large Scale Sediment Management Content Introduction The Netherlands: 1. CDF IJsseloog 2. Regional Processing: DWR Amsterdam 3. CDF Slufter Northern America: 1. Miami River Project 2. Fox River Cleanup
A One Water Approach to Restoring Sheboygan River and its Legacy
A One Water Approach to Restoring Sheboygan River and its Legacy Gina Bayer CH2M Stacy Hron WI Dept. of Natural Resources What is an AOC? Why is the river an AOC? Why is the river an AOC? Why is the river
Industry Perspective on the Great Lakes Legacy Act Sediment Remediation Program
Industry Perspective on the Great Lakes Legacy Act Sediment Remediation Program Steven C. Nadeau Ryerson Creek GLNPO GLLA Meeting Muskegon, Michigan January 23, 2014 Great Lakes Legacy Act Overview of
Definitions and Project Evaluations. (Tab A)
Definitions and Project Evaluations (Tab A) Dr. Michael R. Palermo Mike@mikepalermo.com Training Objectives Basic definitions for Environmental Dredging Stages of project evaluation Roles and responsibilities
OPEN WATER SITE MANAGEMENT AND CONTROLS
OPEN WATER SITE MANAGEMENT AND CONTROLS Susan E. Bailey US Army ERDC, Vicksburg, MS Susan.E.Bailey@usace.army.mil Risk Management Risk Assessment Risk Management CONTROL CONTROL CONTROL Implemented controls
PLANNING AND ENGINEERING CONSIDERATIONS FOR A 1.5 MILLION CUBIC METER LAKE DREDGING PROJECT
William Hague, Honeywell John McAuliffe, Honeywell Edward Glaza, Parsons Paul LaRosa, Anchor QEA Paul Blue, Parsons PLANNING AND ENGINEERING CONSIDERATIONS FOR A 1.5 MILLION CUBIC METER LAKE DREDGING PROJECT
Exposure Processes and Assessment
Exposure Processes and Assessment Dr. Paul R. Schroeder Dr. Joe Z. Gailani Paul.R.Schroeder@usace.army.mil Joe.Z.Gailani@usace.army.mil RISK FRAMEWORK RISK ASSESSMENT PARADIGM Exposure Assessment Economic
Lower River and Inner Harbor of the Sheboygan River
Final Focused Feasibility Study Report Lower River and Inner Harbor of the Sheboygan River Sheboygan River Area of Concern Sheboygan, Wisconsin WA No. 123-RICO-1507 / Contract No. EP-S5-06-01 Prepared
Appendix H: Construction Impacts H-5 Dredged Materials Management Alternatives Analysis
Appendix H: Construction Impacts H-5 Dredged Materials Management Alternatives Analysis Dredged Material Management Alternatives Analysis A. INTRODUCTION The Tappan Zee Hudson River Crossing Project proposes
Appendix H: Cost Estimates
Appendix H: Cost Estimates LOWER EIGHT MILES OF THE LOWER PASSAIC RIVER COST ESTIMATES TABLE OF CONTENTS 1 Introduction... 1-1 2 Capital Costs... 2-1 2.1 A. Pre-Construction Activities... 2-1 2.2 B. Mobilization
ENVIRONMENTAL DREDGING:
ENVIRONMENTAL DREDGING: An Evaluation of Its Effectiveness in Controlling Risks General Electric Company Corporate Environmental Programs Albany, New York Prepared with assistance from: Blasland, Bouck
Appendix N. Remedial Alternatives Evaluation
Appendix N Remedial Alternatives Evaluation Appendix N Remedial Alternatives Evaluation Mayflower Pipeline Incident Mayflower, Arkansas 1. Introduction ARCADIS U.S. Inc. (ARCADIS) has prepared this Remedial
Proposed Data layers for PCB Resource Center
Proposed Data layers for PCB Resource Center Chris Wright U.S. Geological Survey January 11, 2017 Introduction PCB Resource Center One stop shop for all resources pertaining to implementing TMDLs Mapping
Update on Lower Fox River Remediation Project, Green Bay, Wisconsin
Update on Lower Fox River Remediation Project, Presented by P. LaRosa, PE, and D. Binkney, Anchor QEA, LLC R. Feeney, PE, and T. Blackmar, PE, Tetra Tech, Inc. G. Smith and D. Bauman, J.F. Brennan Company,
Hudson River PCBs Superfund Site
PCBs Superfund Site Intermediate Design Report (IDR) Community Advisory Group Meeting August 31, 2005 1 Introduction Prepared by GE pursuant to the Administrative Order on Consent for Design (RD AOC) Design
EAST WATERWAY HARBOR ISLAND SUPERFUND SITE CLEANUP CLEANING UP THE ENVIRONMENT, WHILE IMPROVING COMMERCE FOR THE PORT OF SEATTLE
EAST WATERWAY HARBOR ISLAND SUPERFUND SITE CLEANUP CLEANING UP THE ENVIRONMENT, WHILE IMPROVING COMMERCE FOR THE PORT OF SEATTLE Ravi Sanga 1 ABSTRACT In 2003, the EPA entered into an agreed order with
DRAFT. Preliminary Evaluation. Analysis of Brownfields Cleanup Alternatives (ABCA)
DRAFT Analysis of Brownfields Cleanup Alternatives (ABCA) Preliminary Evaluation Ball Square Station Site Boston Avenue and Broadway Somerville and Medford, Massachusetts Massachusetts DEP Release Tracking
John Hull, P.E., BCEE, Hull & Associates, Inc. Ted Smith, Marine Tech LLC. Thursday, December 7, 2017
John Hull, P.E., BCEE, Hull & Associates, Inc. Ted Smith, Marine Tech LLC Thursday, December 7, 2017 1 Historical Dredged Material Management U.S. ACE constructed and/or operated 45 CDFs to manage over
Considering Climate Change Impacts in Selection and Design of Sediment Remedies
Considering Climate Change Impacts in Selection and Design of Sediment Remedies June 8, 2015 Environmental Law Education Center Conference Seattle, Washington Barry Kellems, P.E. U.S. Climate Change Impacts
CONTAMINATED SEDIMENT SITES AT THE CROSSROAD: CRITICAL CHALLENGES AND THE URGENT NEED FOR SUSTAINABLE SOLUTIONS
CONTAMINATED SEDIMENT SITES AT THE CROSSROAD: CRITICAL CHALLENGES AND THE URGENT NEED FOR SUSTAINABLE SOLUTIONS Association for Environmental Health and Sciences Foundation 30 th Annual International Conference
Green Remediation and Ecological Restoration for
Green Remediation and Ecological Restoration for Reuse of a RCRA Correction Action site Green Remediation and Ecological Restoration for Susan J. Dugas, P.E. Quantum Management Group, Inc. A BSI Professional
URBAN RIVER REMEDIATION DREDGING METHODS THAT REDUCE RESUSPENSION, RELEASE, RESIDUALS, AND RISK
URBAN RIVER REMEDIATION DREDGING METHODS THAT REDUCE RESUSPENSION, RELEASE, RESIDUALS, AND RISK Paul F. Fuglevand 1 and Robert S. Webb 2 ABSTRACT The process of dredging can increase sediment resuspension,
Design of CAD Pits in San José Lagoon, San Juan, Puerto Rico
Second LACCEI International Latin American and Caribbean Conference for Engineering and Technology (LACCEI 2004) Challenges and Opportunities for Engineering Education, Research and Development 2-4 June
404(b)(1) EVALUATION
404(b)(1) EVALUATION SECTION 404(b)(1) EVALUATION DETAILED PROJECT REPORT AND ENVIRONMENTAL ASSESSMENT POMEROY SECTION 14 EMERGENCY STREAMBANK PROTECTION PROJECT POMEROY, OH I. INTRODUCTION As required
ENVIRONMENTAL DREDGING PILOT ON THE LOWER PASSAIC RIVER: ONE OF AMERICA S MOST POLLUTED RIVERS
ENVIRONMENTAL DREDGING PILOT ON THE LOWER PASSAIC RIVER: ONE OF AMERICA S MOST POLLUTED RIVERS Scott E. Thompson, PE 1, Lisa A. Baron 2, Maheyar R. Bilimoria, PhD 3, Peter M. Weppler 4, Donald F. Hayes,
Duwamish River Cleanup Coalition
1 Duwamish River Cleanup Coalition Community Coalition for Environmental Justice Duwamish Tribe Georgetown Community Council Green-Duwamish Watershed Alliance ECOSS People for Puget Sound Puget Soundkeeper
Greenwich Mohawk Brownfield
Greenwich Mohawk Brownfield Remedial Options Feasibility Study Prepared for The Corporation of the City of Brantford Overview Background, Phase One and Two Environmental Site Assessment Summary Risk Assessment
Challenges of Phased Sediment Remediation at Esquimalt Graving Dock Vancouver Island, BC
Challenges of Phased Sediment Remediation at Esquimalt Graving Dock Vancouver Island, BC Tom Wang, P.E. (Anchor QEA) Andrew Mylly, B.Sc., EP, PMP (Public Works and Government Services Canada) May 2, 2012
Global Reach. Local Benefits. AAPA 2018 CAPITAL PROJECTS SEMINAR
Global Reach. Local Benefits. AAPA 2018 CAPITAL PROJECTS SEMINAR Cleveland Harbor Beneficial Reuse & Bedload Interceptor MAY 9, 2018 CLEVELAND HARBOR 20,000+ Jobs $3.5B Economic Activity 13 Million Tons
Appendix D 404(b) Analysis
Appendix D 404(b) Analysis Appendix D - Evaluation of Section 404(b)(1) Guidelines I. Project Description A. Location: Delaware Bay and bayshore communities (Pickering Beach, Kitts Hummock, Bowers Beach,
Case Studies of Environmental Dredging Residuals and Management Implications
Paper D-066, in: E.A. Foote and G.S. Durell (Conference Chairs), Remediation of Contaminated Sediments 2007. Proceedings of the Fourth International Conference on Remediation of Contaminated Sediments
The Ottawa River Great Lakes Legacy Act Cleanup Project. March 12, 2009
The Ottawa River Great Lakes Legacy Act Cleanup Project March 12, 2009 Ottawa River Project Timeline January 1998 to December 2007 Various entities sample the site, source control implemented (including
J.F. Brennan Co., Inc. FULL SERVICE MARINE CONTRACTOR Lock and Dam Construction Hydraulic Dredging & Dewatering Specialty Construction and Diving
J.F. Brennan Co., Inc. FULL SERVICE MARINE CONTRACTOR Lock and Dam Construction Hydraulic Dredging & Dewatering Specialty Construction and Diving Brennan Marine Co., Inc. MARINE TRANSPORTATION SERVICES
Port and Maritime. GOALS, OBJECTIVES, and PRIORITY ACTIONS. Loading of PCBs to the NY/NJ Harbor Estuary PORT AND MARITIME WORK GROUP
Port and Maritime GOALS, OBJECTIVES, and PRIORITY ACTIONS PORT AND MARITIME WORK GROUP Scott Douglas (Co-Chair), NJDOT Dennis Suszkowski (Co-Chair), HRF Jodi McDonald, USACE Mark Reiss, USEPA Dan Millemann,
GENERAL NOTES ENGINEERS OVERSIGHT 1. ALL ELEVATIONS, DIMENSIONS, ALIGNMENTS AND ORIENTATION OF ALL ELEMENTS SHOWN IN THE PLANS MUST BE APPROVED BY THE ENGINEER OR ENGINEER'S REPRESENTATIVE ( REP ENGINEER
Meeting the Non-federal Cost Share, and other Financial/Administrative Issues
Meeting the Non-federal Cost Share, and other Financial/Administrative Issues Beneficial Use of Dredged Materials Summit March 15, 2013 Jan Miller Great Lakes & Ohio River Division US US Army Army Corps
Appendix M. Criteria, Measures and Indicators for Effects Assessment
Appendix M Criteria, Measures and Indicators for Effects Assessment Appendix M. Criteria, Measures and Indicators for Effects Assessment Objective 1: Naturalization Changes to Aquatic Habitat Disruption,
Public Meeting June 22, :00 7:30 pm
Chicago Area Waterway System Dredged Material Management Plan and Integrated Environmental Assessment Public Meeting June 22, 2015 6:00 7:30 pm Chicago District Great Lakes and Ohio River Division US Army
Contra Costa County Adapting to Rising Tides Project
Contaminated Lands Contaminated lands are sites with materials that pose a hazard to people and/or the environment. In general, the threat posed depends on the potential for the hazardous substances to
Expedited Remediation of Coal Tar Containing Sediments: Design-to-Build Approach with a Beneficial Reuse
Expedited Remediation of Coal Tar Containing Sediments: Design-to-Build Approach with a Beneficial Reuse Mike Crystal Sevenson Environmental Services Kurt Paschl Beazer East Inc. Alan Fowler ARCADIS Presentation
Cost and Feasibility of Conventional and Active Sediment Capping
Cost and Feasibility of Conventional and Active Sediment Capping Danny Reible Chevron Professor of Chemical Engineering Director, Hazardous Substance Research Center Louisiana State University Hazardous
Environmental Protection (NJDEP) The Louis Berger Group, Inc.
Hydraulic Modeling for Preliminary Evaluation of Potential Flooding Impacts for Various Dredging, Capping and Armoring Scenarios of The Lower Passaic River Restoration Abdulai Fofanah, PE, D.WRE, CFM Murat
Upper Mississippi River Floodplain Restoration Priorities in Pools 1, 2, 3, Upper 4 and Lower Vermillion River
Upper Mississippi River Floodplain Restoration Priorities in Pools 1, 2, 3, Upper 4 and Lower Vermillion River Minnesota Department of Natural Resources Interdivisional Meeting July 8, 2009 Lake City Area
Lower Eight Miles of the Lower Passaic River Remedial Investigation and Focused Feasibility Study Summary for Community Advisory Group
Lower Eight Miles of the Lower Passaic River Remedial Investigation and Focused Feasibility Study Summary for Community Advisory Group The following summary of the Remedial Investigation and Focused Feasibility
Appendix A Section 404(b)(1) Evaluation
Appendix A Section 404(b)(1) Evaluation I.PROJECT DESCRIPTION Section 404(b)(1) Yonkers Avenue, Village of Tuckahoe New York Section 14 Stream-bank Stabilization Section 404(b) (1) Evaluation a. Location:
Turbidity Barriers Mine Site Reclamation Project. Presented by: Murray Banting, R.E.T.
Turbidity Barriers Mine Site Reclamation Project Presented by: Murray Banting, R.E.T. Turbidity Curtains - History First put to use in early 1970 s. Got started in logging industry when nets were suspended
Environmental Assessment Appendix H: Section 404(b)(1) Guidelines Evaluation. U.S. Army Corps of Engineers New York District
Environmental Assessment Appendix H: Section 404(b)(1) Guidelines Evaluation U.S. Army Corps of Engineers New York District January 2004 APPENDIX H SECTION 404(b)(1) GUIDELINES EVALUATION SECTION 404(b)(1)
SPECIFICATIONS FOR STRUCTURAL EXCAVATION
SPECIFICATIONS FOR STRUCTURAL EXCAVATION 1.0 DESCRIPTION The Work shall consist of:.1 Excavation and removal of material for the placement of foundations, substructure units, approach slabs, transition
Buffalo River Area of Concern Cleanup Public Meeting
Buffalo River Area of Concern Cleanup Public Meeting September 23, 2013 6:00 PM 8:00 PM Old First Ward Community Center 6:15 PM Opening Remarks Jill Jedlicka, Buffalo Niagara RIVERKEEPER John Morris, Honeywell
Feasibility Study Report Installation Restoration Program Site 74
Final Feasibility Study Report Installation Restoration Program Site 74 Naval Weapons Station Seal Beach, California October 2014 Document Control No: KCH-2622-0047-0036 Contract No: N62473-09-D-2622 CTO
Capping Materials and Design
EPA/OSRTI Sediment Remedies: Capping Technical Considerations for Evaluation and Implementation Capping Materials and Design Danny Reible Environment and Water Resources The University of Texas at Austin
Table 1. Proposed R-400 Quantities and Scour Lengths.
DRAFT 404(b)(1) EVALUATION St. Francis Basin Maintenance West Basin Levee Castor River Headwater Diversion Channel Scour Repairs Cape Girardeau and Bollinger Counties, Missouri I. Project Description a.
DEBRIS SCREENING REQUIREMENTS (CLARIFICATION) SMARM 2015 Erika Hoffman (EPA), Celia Barton (DNR), David Fox, John Hicks (US COE)
DEBRIS SCREENING REQUIREMENTS (CLARIFICATION) SMARM 2015 Erika Hoffman (EPA), Celia Barton (DNR), David Fox, John Hicks (US COE) DEBRIS IN DREDGED MATERIAL: CURRENT RESTRICTIONS Only approved dredged material
New Haven Harbor, Connecticut Navigation Improvement Feasibility Study and Environmental Impact Statement
New Haven Harbor, Connecticut Navigation Improvement Feasibility Study and Environmental Impact Statement Public Informational Meeting NEPA Scoping 24 January 2017 Planning Division New England District
Mid-Atlantic Contaminated Sediment Symposium: Navigating through Contaminated Sediments to Achieve our Vision of a World Class Harbor Estuary
Mid-Atlantic Contaminated Sediment Symposium: Navigating through Contaminated Sediments to Achieve our Vision of a World Class Harbor Estuary U.S. Army Corps of Engineers Lisa A. Baron 28 March 2012 US
21 st West Ave. Pilot Project
21 st West Ave. Pilot Project Providing a cost effective and environmentally acceptable solution to maintenance dredging in the Duluth-Superior Harbor while supporting the partnership of SLR-AOC delisting
EVALUATION OF ENVIRONMENTAL MONITORING DATA GATHERED DURING ASHTABULA RIVER DREDGING, ASHTABULA RIVER, OHIO
EVALUATION OF ENVIRONMENTAL MONITORING DATA GATHERED DURING ASHTABULA RIVER DREDGING, ASHTABULA RIVER, OHIO D. Plomb 1, S. Cieniawski 2, and D. Pham 3 ABSTRACT The Ashtabula River Area of Concern (AOC)
Northwest Oil Drain Canal: Sediment Remediation Using Bypass and Excavation TEAL DREHER, ROB WEBB, PAUL FUGLEVAND DALTON, OLMSTED & FUGLEVAND, INC.
1 Northwest Oil Drain Canal: Sediment Remediation Using Bypass and Excavation TEAL DREHER, ROB WEBB, PAUL FUGLEVAND DALTON, OLMSTED & FUGLEVAND, INC. Overview 2 The recently completed Northwest Oil Drain
Less than 8 feet finished water depth. 4-Foot Cap 3-Foot Cap Foot Cap. 4 Ft
Herbivorous Animals Consuming Plants & Sediment Piscivorous Wildlife Consuming Fish Insectivorous Wildlife Consuming Emerging Aquatic Invertebrates Burrowing Organisms Contacting Contaminated Sediment
New Jersey Dept. of Transportation Office of Maritime Resources
New Jersey Dept. of Transportation Office of Maritime Resources Beneficial Use in NJ: A Decade of Experience with Contaminated Sediment and Site Remediation W. Scott Douglas Dredging Program Manager Beneficial
Monthly Meeting Summary Thursday, February 8, 2018
Monthly Meeting Summary This meeting summary was prepared by the CAG Facilitator, to capture the key points, questions, and comments made at the CAG meeting. It is not verbatim, and should not be used
LANDFILL CLOSURE PLAN ENTERGY ARKANSAS, INC. INDEPENDENCE PLANT CLASS 3N CCR LANDFILL PERMIT NO S3N-R2 AFIN
LANDFILL CLOSURE PLAN ENTERGY ARKANSAS, INC. INDEPENDENCE PLANT CLASS 3N CCR LANDFILL PERMIT NO. 0200-S3N-R2 AFIN 32-00042 OCTOBER 12, 2016 LANDFILL CLOSURE PLAN ENTERGY ARKANSAS, INC. INDEPENDENCE PLANT
OPERATIONAL AND ENGINEERING CONTROLS FOR THE 3 RS: RESUSPENSION, RELEASE AND RESIDUAL N. R. Francingues, MSE 1 and P. F. Fuglevand, P.E.
OPERATIONAL AND ENGINEERING CONTROLS FOR THE 3 RS: RESUSPENSION, RELEASE AND RESIDUAL N. R. Francingues, MSE 1 and P. F. Fuglevand, P.E. 2 ABSTRACT This paper is part of the session on the USACE Technical
Niagara Falls Storage Site Safety Measures During Remediation
Niagara Falls Storage Site Safety Measures During Remediation On-Site Worker Protection Community and Environmental Protection Transportation and Disposal Safety Fully enclosed Retrieval Facility Regular
WISCONSIN RIVER AND PFIFFNER PIONEER PARK POND REMEDIATION
WISCONSIN RIVER AND PFIFFNER PIONEER PARK POND REMEDIATION 4/15/2016 Western Dredging Association (WEDA) Environmental Excellence Award Submittal SUMMARY Wisconsin River and Pfiffner Pioneer Park Pond
Hudson River Remedial Design Treatability Study Data Quality Objectives
Hudson River Remedial Design Treatability Study Data Quality Objectives USACE/USEPA/SMWG Joint Sediment Conference October 26-28, 2004 1 Hudson River: EPA Dredging Decision Remedy Decision (2/02 Record
Anacostia Active CappingC Demonstration. Status
Anacostia Active CappingC i Demonstration Status Danny Reible, PhD, PE, DEE, A N E Smith Chair of Environmental Health Engineering University of Texas at Austin NATO CCMS- Ljubljana, Slovenia June 19,
Lake Bemidji South Shore Restoration and Enhancement
Lake Bemidji South Shore Restoration and Enhancement Craig Gray, PE Director of Public Works & City Engineer Sherry Van Duyn, PE, CHMM Senior Civil Engineer 1 Project Location 2 Former Lake Uses Logging
Chapter 11: Hazardous Materials A. INTRODUCTION
Chapter 11: Hazardous Materials A. INTRODUCTION This chapter relies on the analysis from the Fresh Kills Park Final Generic Environmental Impact Statement (FGEIS) and summarizes the conclusions drawn from