2014 RPIC Federal Contaminated Sites National Workshop
April 14 – 16, 2014
The Westin Ottawa Hotel
Ottawa, Ontario
STREAM A: Management of Radioactive Contamination
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Risk-based Prioritization of Restoration Projects in the Nuclear Legacy Liabilities Program at the Chalk River Laboratory |
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AMEC Experience with Post-Fukushima Characterization and Remediation in Japan |
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The Port Hope Area Initiative – Canada’s Largest Low Level Radioactive Waste Cleanup Gets Underway |
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Protecting Lake Ontario – Wastewater Treatment for the Remediated Low-level Radioactive Waste Management Facility |
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Port Hope Project Historical File Review – Are There Things We Could Do Better? |
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Lessons Learned During Remediation of More Than 4,000 Properties in Grand Junction, CO, USA |
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Talking About Low-Level Radiation: Communicating Risk and Safety to the Public |
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Broad Environmental Impacts and Risks to Workers for the Remediation of an Abandoned Uranium Mine in Northern Saskatchewan |
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STREAM B: Remediation Technologies and Case Studies
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Integrated Plume Treatment with Persulfate Oxidation and Sulfate Reduction |
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Phytoremediation of Petroleum and Salt Impacted Soils: Successfully Meeting Generic Tier 1 Standards and Making Green Technologies Work |
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Case Study: The New Science Centre Project, TELUS World of Science Design Optimization of an Active Sub Slab Depressurization System to Mitigate Vapour Intrusion of Methane Gas from a Former City of Calgary Landfill |
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Full-Scale In-situ Electrical Resistive Heating Used for the Remediation of a DNAPL Source Zone |
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Heat Enhanced Extraction to Treat Oil, Creosote Or Tar Contaminated Site |
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In-situ Application of Biochar to Immobilize Residual Soil Contaminants in Place: An Innovative Site Closure Strategy |
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A Field Study on the Limitations of ISCO Applications |
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Mitigation of PCB Using Permeable Reactive Barrier Technology at Resolution Island, Nunavut From 2005 to 2013 |
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Treating a Mixture of cVOCs Contaminated Groundwater Using Nano Zerovalent Iron |
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Surfactant Flushing and Enhanced Remediation at a Remote Site in Northern BC |
STREAM C: Sediment Characterization
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Going Off the Deep End: Characterizing Deep Sediment in the Owen Sound Harbour - Applying COA Framework and Risk Assessment Principles |
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Aquatic Biomonitoring at CFB Gagetown |
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Assessing Propeller Wash Influence on Sediment Stability in Victoria Harbour, BC |
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NAPL Transport at Surface Water Interface and in Sediment |
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Evolution of the approach of the Department of Fisheries and Oceans – Quebec Region regarding the classification of fishing harbour water lots. |
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Developing an Environmental Monitoring Program for the Saint John Harbour |
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Ecological Risk Assessment of Contaminated Sediments in Victoria Harbour – Framework for Decision- making |
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Pilot Scale Test for Sustainable Remediation of Contaminated Sediment |
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Application of a Risk Based Strategy during the Assessment of Small Craft Harbour Sites in British Columbia |
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STREAM D1: Project Management
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Metrics for Success at Contaminated Sites |
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A Multi-lines of Evidence Approach for Phase II Environmental Site Assessment |
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Protecting the Present While Cleaning Up the Past: Environmental Management Planning for the Esquimalt Harbour Remediation Project |
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Ontario 153/04 Risk Assessments for Federal Contaminated Sites |
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Esquimalt Graving Dock Waterlot Remediation Project – Risk Management, Contingency and Financial Management |
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STREAM D2: Liability and Socio-Economic Considerations
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Economic Analysis of Job Creation from Site Remediation |
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Characterizing and Estimating the Total Liabilities for All Current and Future Federal Contaminated Sites |
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Partnering with Private Industry to Reduce Liability |
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STREAM D3: Sustainability
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How Sustainable is ‘Sustainable’ Remediation? |
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Future Land Use and Sustainable Remediation at the Sydney Tar Ponds and Coke Oven Sites Remediation Project: A Case Study and Lessons Learned on Adaptive Remedial Design |
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STREAM E1: Contaminated Sites Guidance
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Canadian Exposure Factors Handbook, 2013 |
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Health Canada Guidance on Assessing Human Health Risks Associated with Contaminated Sediments |
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Defining Background Conditions and Using Background Concentrations in Ecological Risk Assessment (FCSAP Guidance) |
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Guidance for Aquatic Contaminated Site Management of Federal Active Harbour Sites |
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Towards the Development of Additional Soil Quality Guidelines for Trace Metals |
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STREAM E2: Special Considerations
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Site Assessment, Risk Management and Remediation Based on CSM Refinement |
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Species At Risk and Contaminated Sites – Implications for Brownfield Site Assessment and Remediation |
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Pittsburgh Institution |
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MIP/LIF Technology: To Use or Not to Use? |
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Design of a Long-term Monitoring Program Based on Past Performance and Future Risk |
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STREAM F1: LNAPL Management Framework
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FCSAP Management Framework for LNAPL Sites |
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It’s All About the LNAPL Conceptual Site Model |
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Practical and Innovative Approaches to Evaluate Sites with LNAPL |
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Stakeholder Engagement and Risk Communication – Essential Aspects of Project Success: 5 Wing Goose Bay Remediation Project |
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A LNAPL Management Framework for 5 Wing Goose Bay: Case Study |
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STREAM F2: Portfolio and Project Management
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Canadian Army Range and Training Area Contaminant Management Program |
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Lessons Learned: CBDC Mine Site Closure Program |
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Innovative Solutions Using Risk Assessment Tools as a Map for Site Portfolio Management |
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Achieving Durable and Cost Effective Remedies Using a Systematic Approach to Remedy Evaluation and Selection |
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An Integrated Approach to Reserve-Wide Contaminated Sites Remediation: Kitasoo / Xai’xais Environmental Improvement Project |
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STREAM G: Remediation Technologies and Case Studies
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Application of Nanoscale Zero Valent Iron for Contaminant Site Remediation: Results from Two Field Trials |
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Concurrent Soil and Groundwater Phytoremediation: Case Study of a Former Oil Refinery in Ontario Impacted with Petroleum Hydrocarbons and Metals in Soil and Groundwater |
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The Use of Advanced Phytotechnologies in Remediating Metal- and Metalloid- Contaminated Soils and Waters |
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Pilot Project for the Removal of RDX in a Tributary of the Aux Pins River at CFB Valcartier (Québec) |
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Update on the Assessment and Remediation of a Former Unofficial Dumpsite in the Columbia National Wildlife Area |
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Innovative Remediation of a Petro Chemical Plant |
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Chemical Reduction Processes for In-situ Soluble Metals Remediation and Immobilization |
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An Overview of the Department of National Defence, Esquimalt Harbour Remediation Project |
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Implementation of a Thin Layer Cap on Lake Superior in Marathon, Ontario |
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Using In-situ Thermal Remediation to Improve the Sustainability of Source Removal |
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Sustainability of Using Reactive Zones to Remediate Chlorinated Hydrocarbons in Urban Environment |
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STREAM H: Sediment Remediation
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Innovations and Successes in Remediation Dredging the Harbor Island Superfund Site |
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Advances in Remediation of Contaminated Sediments Using Amended Capping – North American Perspectives |
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Development of a Detailed Basemap and Model Surface to Support Sediment Remediation of Esquimalt Harbour – Challenges of Reconciling Datasets with Multiple Users |
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Esquimalt Harbour Remediation Project, Importance of Integrated Remedial Investigation |
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Esquimalt Graving Dock Waterlot Remediation (Phase 1B) Environmental Management Plan Implementation |
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Esquimalt Graving Dock Waterlot Remediation (Phase 1B) Confirmatory Sampling Analysis and Evaluation Plan Implementation and Dredging Residuals Management |
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Coastal Zone Marine Environmental Effects Monitoring: The Sydney Tar Ponds and Coke Ovens Remediation Project |
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Lessons Learned, Innovations, and Successes from U.S. Great Lakes Area of Concern Sediment Cleanups |
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Esquimalt Graving Dock Waterlot Remediation Mega-Site (Phase 1B): Design, Contracting and Construction Challenges |
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Esquimalt Graving Dock Waterlot Remediation Project: Implementing a Sediment Remediation Mega-project at the Largest Deep-sea Shipbuilding and Repair Facility on Canada’s Pacific Coast – Challenges of Operational Coordination |
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Esquimalt Graving Dock Waterlot Remediation Mega-Site (Phase1A): South Jetty Sheetpile Wall Containment Design and Construction Challenges |
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STREAM I1: Northern Projects
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Contaminant Mass Balance and Flux Estimates as Conceptual Tools to Improve Remediation Plans at Complex Contaminated Sites: Silver Bear Terra Minesite |
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Remediation of the Abandoned Giant Mine, Northwest Territories, Canada |
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Concentrations of Contaminants in Fish from Yellowknife Bay After 50 Years of Mining: Establishing a Pre-remediation Dataset for Giant Mine |
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Grouping Northern Contaminated Sites to Promote Sustainability Initiatives – A Holistic Approach Based on Recent Projects Completed for PWGSC North of 60 |
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Faro Mine Remediation Project – Electronic Data Capture and Field- accessible Project Data |
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Finding What You Can’t See: Integrating Site Investigation Approaches |
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Risk Assessment of the Canol Pipeline: A Complex Linear Corridor |
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Long-term Monitoring Showing Ecosystem Recovery Following Source Removal of PCBs |
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STREAM I2: Emerging Contaminants: PFOS
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PFOS, PFOA and Other Fluorinated Compounds in Environmental Samples - Overcoming Sampling and Analytical Challenges |
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Fate and Transport Modelling of Perfluorooctane Sulfonate |
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Bench Scale Trials of Promising Remedial Technologies for PFOS Extraction/Destruction |
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STREAM J1: Risk Assessment and Risk Management
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What’s in a Hazard Quotient? Validating Ecological Risk Estimates at DFO Light Stations |
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Vapour Intrusion in Northern Canada: Considerations for Assessment |
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Developing Unique Risk Assessment Scenarios |
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Goose Bay Stillwaters: Ecological Risk Assessment as a Remediation Decision Tool |
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Considerations for Human Health Risk Assessment of Consumption of Aquatic Biota |
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The Value Added by Human Health Risk Assessment to the FCSAP |
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Consideration of Bioaccumulation of Inorganics by Produce at Contaminated Sites |
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Modelled Ecological No-effect Soil Concentrations for Cattle, Sheep and Deer Receptors: Safe for Humans? |
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STREAM J2: Stakeholder Engagement
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Great Slave Lake Project – Community Engagement and Capacity Building Strategy |
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First Nation and Stakeholder Involvement: Lessons Learned Through a Lake Superior Sediment Remediation Project |
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Community Engagement: The Process Can Be Very Rewarding – If You Want To Do What It Takes |
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