Prepared for: Prepared by: A Tutorial for Identifying a Project-Specific Dredged Material Placement Site October 2012 Bill Goodfellow Kaitlin McCormick.

Slides:



Advertisements
Similar presentations
Coal to Liquids Plant Site Selection in WV Douglas G. Patchen October 25, 2007.
Advertisements

Analysis of Dike 14 CDF to Public Greenspace. Who owns Dike 14? State of Ohio holds Dike 14 as a public trust land Cleveland-Cuyahoga County Port Authority.
The Proposed Part 115 Rules and Waste Utilization East and West Michigan Chapters of the Air and Waste Management Association & The Environmental Law Section.
DREDGING YOUR DOCKS 2013 Supported by: USACE Galveston District U. S. Coast Guard Sabine Neches Navigation District.
| 1 The Municipal Farm Sustainable Reuse Plan Project funded through a Brownfields Area-Wide Planning Pilot Grant from the United States Environmental.
Geology Matters 2013 Presenter: Robert Federico, Principal November 14, 2013 Donkin Coal Mine Environmental Assessment Case Study.
The Arsenic Rule Waste Disposal Options. Impacts on Disposal Alternatives Concentration of contaminants in the waste stream Concentration of contaminants.
Environmental Consultants BMI Environmental Services, LLC AN OVERVIEW OF THE WETLANDS REGULATORY PROCESS AS IT RELATES TO THE PROPOSED OCEAN SPRINGS HIGH.
DREDGING YOUR DOCKS 2012 Organized By CRA Hydrographic Surveyors Orion Marine Group.
Coastal Zone Federal Consistency The most powerful permitting program you’ve probably never heard of…
Clean Water Act Section 404 Basics Clean Water Act Section 404  Regulates discharges of dredged or fill material into waters of the U.S., including.
DEPARTMENT OF HUMAN SETTLEMENTS- SANITATION INPUTS ON NATIONAL WASTE MANAGEMENT STRATEGY 29 MAY 2012 By Mandisa Mangqalaza.
US Army Corps of Engineers BUILDING STRONG ® Regulatory Program Glen Justis Chief, Policy & Administration Regulatory Division Alaska District 2010 Building.
© 2005 West Legal Studies in Business, a division of Thompson Learning. All Rights Reserved.1 PowerPoint Slides to Accompany The Legal, Ethical, and International.
Dredging, Disposal Management and Impacts on Lake Sediments US Army Corps of Engineers.
ENVE 4505 Surface Water Quality Engineering Dr. Martin T. Auer.
RESPONSIBLE CARE ® DISTRIBUTION CODE Daniel Roczniak Senior Director, Responsible Care American Chemistry Council June 2010.
WETLANDS and ODOT Environmental Services Oregon Department of Transportation.
Section 404 of the Clean Water Act 404(b)(1) Guidelines Field Exercise
A New Tool for Estimating and Simulating Economic Impacts of Dredging Activity New, Increased and Reduced Dredging Drs. Yue Cui and Ed Mahoney, Michigan.
Carrin Williams.  Purity of Waters Act  To assure supplies of clean drinking water  Clean Streams Law  To protect the streams from pollution.
Period 3 Kiana Brayton Lyle Swallows
Watershed-based Plan To Restore the Hackensack Meadowlands: The Meadowlands Comprehensive Restoration Implementation Plan Terry Doss and Karen Appell The.
Under what common law theories can polluters be held liable? Under what common law theories can polluters be held liable? What is an environmental impact.
 Nuisance.  Person liable if they use their property in a manner that unreasonably interferes with others’ rights to use or enjoy their own property.
Building Strong! 1 US Army Corps of Engineers Regulatory Program Kimberly McLaughlin Program Manager Headquarters Operations and Regulatory Community of.
Overview of Regulatory Changes, Policy and Implementation Colleen Brisnehan Colorado Department of Public Health And Environment Hazardous Materials and.
Dredging Engineering: Building & Maintaining Underwater Highways
US Army Corps of Engineers BUILDING STRONG ® 2012 Alabama Water Resources Conference Orange Beach, Alabama September 6, 2012 Beneficial Use Opportunities.
The Clean Water Act © Dr. B. C. Paul (Jan. 2000).
Cleanup and Remediation of Persistent Bioaccumulative Toxics in the Great Lakes Basin Gina Bayer, CH2M HILL PBT Strategy Team Maumee Bay Meeting February.
Mississippi River Long Distance Sediment Pipeline Project Louisiana Office of Coastal Protection and Restoration Coastal Protection and Restoration Authority.
The New England Regional Dredging Team: Sustainable Connections among Dredged Material Managers Drew A. Carey, CoastalVision LLC Steven Wolf, US Army Corps.
Alternative Sediment Remediation Authorities to CERCLA: Elizabeth River Demonstration Robert Engler Moffatt & Nichol),
JACKSONVILLE ODMDS DESIGNATION M. Rau, J. Seitz, C. Smith, N. Lombardero – ANAMAR Environmental Consulting, Inc. Chris McArthur – USEPA Region 4 P. Griffin,
Regulatory Framework for Uranium Production Facilities in the U.S.
© 2004 West Legal Studies in Business A Division of Thomson Learning 1 Chapter 24 Environmental Law.
U.S. Army Corps of Engineers Inter-Agency Coordination BLM PILOT VERNAL & GLENWOOD SPRINGS U.S. Army Corps of Engineers & U.S. Bureau of Land.
Prepared for: Prepared by: Nutrient TMDLs and Their Effect on Dredging Operations in the Chesapeake Bay 24 October 2012 William J Rue- EA Engineering,
Middle Harbor Redevelopment Project WEDA Conference November 5, 2009.
US Army Corps of Engineers BUILDING STRONG ® U.S. Army Corps of Engineers Mobile District General Permit for Living Shorelines in Alabama and Mississippi.
Prepared for: Prepared by: Masonville DMCF: Integrating Dredged Material Management with Environmental Restoration and Recreation Opportunities October.
AIR POLLUTION PREVENTION AND CONTROL
US Army Corps of Engineers BUILDING STRONG ® Tools for Assessing the Fate of Dredged Material Speaker: Joseph Gailani Research Hydraulic Engineer Research.
PIANC USA and ASCE-COPRI DREDGING 2012
Eco·Systems, Inc.. Beneficial Reuse of Industrial Byproducts Definition- turning an industrial byproduct into a valuable commodity Examples – Coal Combustion.
Watershed Stewardship Program Status of Marin County Public Works Watershed Program 11/7/08 11/7/08.
1 Atchafalaya River and Bayous Chene, Boeuf, and Black, Louisiana Dredged Material Management Plan (DMMP) Kick off Meeting April 13, 2005 Project Manager.
Presentation to Association Municipalities of Ontario Implementation of Management of Excess Soil - A Guide for Best Management Practices Ministry of the.
Prepared for: Prepared by: Identifying and Constructing a Dredged Material Placement Site while Protecting a Unique Coastal Freshwater Marsh October 2012.
Department of Army Permitting Process: Dredging
IAEA International Atomic Energy Agency Presenter Name School of Drafting Regulations for Borehole Disposal of DSRS 2016 Vienna, Austria Siting Strategies.
ENVIRONMENTALS LAWS AND ACTS. 1 Established air pollution regulation for key pollutants enforced Set goals and standards for the quality and purity of.
Beneficial Reuse of Sand on the Fox River Sediment Remediation Project Neil Geevers (Stuyvesant/Boskalis) Richard J. Feeney, P.E. (Tetra Tech) Terri L.
1 Calcasieu River & Pass, Louisiana Dredged Material Management Plan (DMMP) Kick off Meeting February 2, 2005 Project Manager Mireya Laigast, Civil Engineer,
David K. Paylor Virginia State Board of Health March 17, 2016.
U.S. Environmental Protection Agency Office of Research and Development Why is Coal Ash of Concern and how to assess potential impacts?
The Jordan Cove Pacific Connector Gas Pipeline and Terminal.
 Clean Water Act 404 permit  Ohio EPA Division of Surface Water 401 water quality certification  Ohio Revised Code 6111 – Placement of dredged materials.
Beneficial Use of Dredge Materials: Introduction to Dredging and Policy J. Bailey Smith US Army Corps of Engineers April 4, 2011.
1 How the Water Board Protects California’s Water Quality Kate Hart, Board Member Chair Central Valley Regional Water Quality Control Board.
Southern California Emerging Waste Technologies Forum July 27, 2006 Conversion Technology 101.
Results of the Review of MSW Landfill Regulations from Selected States and Countries Landfill Facility Compliance Study presented to California Integrated.
AGENCY ROLES Level 1B: Advanced Fundamentals July 2016 LOCAL, STATE, FEDERAL 1.
Item Th13c California Coastal Commission March 10, (CITY OF SAN CLEMENTE)
Ecology and environment, inc. ecology and environment, inc. International Specialists in the Environment Georganna B. Collins, International.
INNOVATIVE AND BENEFICIAL USE OF DREDGED MATERIAL
Continuing Authorities Program
Pipeline Planning and Construction: Environmental Considerations
BOSTON HARBOR DEEP DRAFT IMPROVEMENT PROJECT
Presentation transcript:

Prepared for: Prepared by: A Tutorial for Identifying a Project-Specific Dredged Material Placement Site October 2012 Bill Goodfellow Kaitlin McCormick Peggy Derrick

General Placement Options Open water placement (unconfined) Open water placement (unconfined) Confined disposal Confined disposal  Upland  Fast land creation Beneficial use Beneficial use  Wetland creation  Beach nourishment  Island/shoreline restoration Innovative reuse Innovative reuse  Mine reclamation  Aggregate/bricks Landfill placement Landfill placement 2

Placement Considerations Volume Volume Physical characteristics (grain size) Physical characteristics (grain size) Sediment quality Sediment quality Authorizations Authorizations Cost Cost Timing Timing Distance Distance Dredging and placement methods Dredging and placement methods 3

Volume Existing capacity or new site Existing capacity or new site  Existing placement capacity in the region  Duration of availability of existing sites with capacity Large volume projects Large volume projects  May overwhelm capacity at existing site  May have more volume than can be reasonably placed Beneficial use Beneficial use Innovative reuse Innovative reuse  Use of multiple sites = extra handling Small volume projects Small volume projects  High costs per unit for new sites  May not have sufficient volume for a beneficial use or innovative reuse project 4

Physical Parameters Driver for beneficial use and innovative reuse projects Driver for beneficial use and innovative reuse projects Specific grain-size often required Specific grain-size often required  Beach nourishment = sand  Wetland creation = minimum amount of coarse grained material Some characteristics driven by site goals Some characteristics driven by site goals  e.g., cannot use stiff clays for marsh restoration 5

Sediment Quality Concentrations of chemical constituents Concentrations of chemical constituents Material with high levels of contaminants may require: Material with high levels of contaminants may require:  Confined disposal  Specific classes of landfill or hazardous waste sites  Treatment or stabilization Screening criteria Screening criteria  Open water testing requirements  Beneficial use screening  Site-specific testing for existing placement sites  TCLP testing for landfills Salinity Salinity  Estuarine/marine sediments precluded from some options 6

Authorizations/Ownership Limitations based on existing authorizations Limitations based on existing authorizations  Congressional authorizations - federal placement sites  Permits for existing facilities Authorizations required for new facilities Authorizations required for new facilities  Federal approvals Clean Water Act/Rivers and Harbors Act Clean Water Act/Rivers and Harbors Act Endangered Species Act Endangered Species Act Magnuson-Stevens Fishery Conservation and Management Act Magnuson-Stevens Fishery Conservation and Management Act National Historic Preservation Act National Historic Preservation Act  State approvals Clean Water Act – Section 401 Clean Water Act – Section 401 Wetland Permits Wetland Permits Discharge Permits Discharge Permits Site ownership Site ownership 7

Relative Cost Tipping or placement fees Tipping or placement fees Handling costs Handling costs  Loading  Unloading  Dewatering Transportation costs Transportation costs  Distance  Mode of transport Offloading costs Offloading costs  Wet material  Dry material Monitoring requirements Monitoring requirements 8

Open Water Placement Sediment quality Sediment quality  Inland or Ocean Testing Manual  Potential interaction between material and aquatic life  Section 103 Marine Protection Resource and Sanctuaries Act Authorizations Authorizations  Existing facilities / placement areas / ODMDS  State/local restrictions  Beneficial use Handling Handling  No dewatering costs  Does not required double handling Costs Costs  No tipping or placement fees  Transportation/offloading costs only  Monitoring of placement  Extensive testing required Other Other  Public perception 9

Confined Disposal Sediment Quality Sediment Quality  Upland Testing Manual  Testing can vary by location Authorizations Authorizations  May be restrictions based on type of material placed Characteristics of material Characteristics of material Source of material Source of material  Existing - generally no permits or approvals required  New – long lead time to design and permit Handling Handling  Dewatering generally managed at site  Generally no double handling Costs Costs  Tipping/placement fees required  Transportation/offloading costs Other Other  No environmental benefits  Can accept a wide range of material 10

Beneficial Use Sediment Quality Sediment Quality  Cannot use contaminated material  Physical characteristics are key Authorizations Authorizations  Existing projects – already permitted and authorized Permit modifications Permit modifications Some sites may restrict geographic sources (e.g. Corps restoration sites) Some sites may restrict geographic sources (e.g. Corps restoration sites)  New projects – need permits/approvals Handling Handling  Varies by site – direct placement or multiple handling  Dewatering may be required Costs Costs  Placement fee for existing sites  High costs for new projects – design/permitting/monitoring Other Other  Environmental benefits  Positive public image  Opportunities for partnering with local and national groups 11

Innovative Reuse Sediment Quality Sediment Quality  Would require testing/characterization of material  Potential for pilot testing  Varies by proposed use Authorizations Authorizations  Unclear regulatory environment for some uses Handling Handling  Dewatering generally required  Extra handling  Treatment  Cost  New infrastructure required  Processing costs Other Other  Infrastructure availability  Some not feasible for a single project  Pilot vs. large-scale processing 12 Source: MPA

Landfill Sediment Quality Sediment Quality  Hazardous vs. non-hazardous (TCLP)  Paint filter test Authorizations Authorizations  Some facilities will not accept dredged material Handling Handling  Multiple handling – barge, dewatering, truck, placement  Potentially time consuming Cost Cost  High – placement fee per truckload or ton Other Other  Capacity restrictions  Traffic concerns, need for sealed bed trucks, air emissions 13

Evaluation Develop a laundry list of all potential sites in an area without regard to project criteria Develop a laundry list of all potential sites in an area without regard to project criteria Networking – ask regulators, industry, placement site operators for suggestions Networking – ask regulators, industry, placement site operators for suggestions Screen full list of sites against criteria Screen full list of sites against criteria Rank viable placement sites Rank viable placement sites Develop a short-list of placement sites for detailed evaluation Develop a short-list of placement sites for detailed evaluation Select a preferred option Select a preferred option 14

Questions? – Thank You Kaitlin McCormick and Peggy Derrick 225 Schilling Circle, Suite 400 Hunt Valley, Maryland Scan this code to connect with EA Source: Mary Frazier