Click here to see the SustRem Presentations
April 26 - FCS Stream A | |
Remediation at Rock Bay |
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Rock Bay Remediation (Stage 3): Implementation of Sediment Clean-up Projecting Using a Design-Build Approach | |
Design and Construction of the Rock Bay Remediation Project, Stage 3 | |
Geotechnical Challenges Encountered on the Rock Bay Remediation Project | |
Project Risk Monitoring During Remediation of Upland Soil and Subtidal Sediments at Rock Bay, Victoria, BC | |
Earned Value Analysis as a Means of Proactive Project Management on Complex Remediation Projects | |
Protecting the Public from Human Health and Nuisance Air Quality Concerns Associated with Remediation at Rock Bay | |
BC Hydro Rock Bay Remediation Program – Approach and Challenges Remediating a Former Deep Coal Tar Well |
April 26 - FCS Stream B | |
Guidance for Using Passive Sampler Devices to Assess Federal Contaminated Sites | |
Proper Collection of Soil Vapour Intrusion Samples for Health-based Risk Assessment Studies of Indoor Air at Contaminated Sites | |
The Use of Innovative High-resolution Site Characterization Technologies to Improve Contaminated Site Management | |
Proposed Sampling Methodology for Imported Aggregate Materials | |
An Innovative Approach to Assessing Physical and Contaminant Impacts to the Aquatic Environment | |
Evaluation of the Petroleum Vapour Intrusion Risk of Ethylene Dibromide (EDB) and 1,2 Dichloroethane (1,2 DCA) | |
Saturated Soil Sampling and High-Resolution Source Area Characterization | |
The Application of a Hydrological Model to Optimize Mitigation Strategies at 5 CDSB Gagetown | |
Development of Interim CCME PCB Soil Quality Guidelines for Missing Pathways Of Exposure for the Protection of Human Health and Ecological Receptors | |
New Tier 1 Boron Guideline for Alberta | |
Petroleum Hydrocarbon Sediment Quality Guidelines: Applying the Atlantic Provinces’ Guidelines Across Canada |
April 26 - FCS Stream C | |
Remediation of an Former Landfill in Species-at-Risk Habitat | |
Growing Plants Using Treated Leachate Water | |
Phytoremediation of Salt and Hydrocarbon Impacted Soils Using Biochar Augmentation; the Implications of Salt Tolerance Mechanisms | |
Salinity Mitigation for Potash Mine Sites in Saskatchewan | NA |
Advanced Radiological Scanning and Sorting of CNL’s Whiteshell Laboratories Experimental Cesium Pond Effluent Soils | |
Successful On-site Bioremediation of Fuel-Contaminated Soil at CFS-Alert | |
Permeable Reactive Barrier System to Protect a Water Stream from Potential Impact by LNAPL Intrusion | |
In-situ Chemical Oxidation Test to Remediate a Dissolved Chlorinated Aliphatic Hydrocarbon Plume: Results, Conclusions and Future Directions | |
Harnessing Wind Power for Remediation via Soil Vapour Extraction in Remote Areas | PDF-1 PDF-2 |
Bioremediation of Urban Soils Polluted with Unconventional Petroleum in the Canadian Context | |
Sustainable Phytoremediation of Hydrocarbon Impacted Soils Using Biochar Augmentation |
April 26 - FCS Stream D | |
Accounting for Environmental Liabilities in the Public Accounts of Canada | |
Estimating Liability for Contaminated Sites – The City of Vancouver’s Approach to PSAB 3260 | |
Advances in PFC Investigation and Remediation | |
Best Practices for Managing PFAS Associated with AFFF | |
Developments in Remediation of Per- and Polyfluoroalkyl Substances | |
Military Unique Constituents: How to Overcome High Spatial Heterogeneity | |
Fluorochemicals in AFFF Contaminated Sites: Environmental Fate, Toxicity and Treatment | |
The Discovery of Emerging Contaminants at a Site Approaching Remedial Action Completion | |
Overview of Ecological Risk Assessment Guidance for the Federal Contaminated Sites Action Plan | |
FCSAP Guidance on the Management of LNAPL Sites | |
New Guidance for Addressing and Managing Federal Aquatic Contaminated Sites in Working Harbours |
April 27 - FCS Stream E | |
A Technology Platform to Harness Speed and Certainty in Groundwater | |
Combined Remedy Approach Optimizes Contaminated Site Clean-up as Measured in Time, Cost and Sustainability | |
Giant Mine Remediation Project | |
Planning a Complex Remediation and Mine Closure | |
Giant Mine Remediation Project – Consultation and Engagement in Project Planning | |
Challenges Associated with Construction Management at a Complex Mine Remediation Project in Northern Canada | |
Recommendations for Stakeholder Consultation in Moving Forward on the Risk Assessment for Giant Mine | |
Establishing an Environment Health and Safety and Community Management System for the Giant Mine Remediation Project | |
Innovative Process for Stabilizing the Subsurface at the Giant Mine Site | |
Engineering Controls to Mitigate High-Risk Physical Hazards | |
Containing Arsenic Trioxide Dust Underground Using a Freeze Method at Giant Mine |
April 27 - FCS Stream F | |
Assessing the Potential for Toxic Effects on Sensitive Aquatic Habitat Following a Coal Train Derailment | |
New Monitoring Initiatives to Inform Aquatic Contaminated Site Assessment and Management in Coastal British Columbia – PollutionTracker and Salish Sea Ambien | |
The Mutagenic and Carcinogenic Hazards of Complex Polycyclic Hydrocarbon (PAH) Mixtures in Contaminated Soils and Other Complex Matrices | |
Uptake of Metals from Contaminated Soils into Berries | |
Characterizing Uncertainty of the Exposure Point Concentration Based on Left-censored Data | |
Collaborative Project Management for Successful High Arctic Site Assessment, Nunavut | PDF-1 PDF-2 |
Contaminated Soil Management Plan Based on Risks for a Site with Limited Access: La Grande-Île de Kamouraska | PDF-1 PDF-2 |
Landslide Risk Assessment of a Tailings Pile at an Abandoned Mine Considering Potential of Seismicity, Tsunami Waves, Liquefaction and Rainfall to Cause Large-scale Erosion | |
Established a Successful Framework for Risk Assessment of a Large Industrial Naval Base, Dockyard, CFB Esquimalt, Victoria, BC | |
Ecological Risk Assessment of Amphibians: Biological Field Studies as Lines of Evidence | |
Managing Risk at Northern Contaminated Sites: Differentiating Assessment-derived Uncertainty from Risk Assessment Conservatism in Remedial Action Planning |
April 26 - FCS Stream G | |
Contaminant Loading to Marine Sediment – Stormwater Inputs to Marine Sediments in Esquimalt Harbour, CFB Esquimalt | |
Environmental Management Strategies for a Slope Stabilization Project | |
Sweet & Sour: A Unique Case Study of Orphaned Well Abandonments in the Northwest Territories | |
Great Slave Lake Remediation Project – Application of Innovative Remediation, Restoration and Community Engagement Approaches | |
Spill Response, Site Assessment and Remediation of a Significant Gasoline Release to Land, Resolute Bay, Nunavut – Challenges and Successes in the Approach to Remediation in a Remote Community in the Canadian Arctic | |
Effective Remediation of Gun Propellant Residues in Surface Soils Using Commercially Available Asphalt Heaters | |
Pilot-Testing on Thermal Enhanced SVE of Mercury in Soil and Bedrock under an Ongoing Chloro-Alkali Plant | |
Remediation of Groundwater Contamination of Ogoniland | |
Jet Grouting – Innovative Environmental Applications: In-situ Mixing and Cut Off Wall Applications | |
The Randle Reef Sediment Remediation Project: Redesign and Supporting Studies | |
A Hydrostratigraphic and Geochemical Data-driven Approach to the Development of a Conceptual Site Model for the Analysis and Selection of Remedial Options at a FCSAP DNAPL Site – A Case Study | |
April 27 - FCS Stream H | |
Challenges and Lessons from Tundra Mine Remediation Project Circa 2014/15 | |
Use of a Risk-based Approach to Develop a Workplan for the Faro Mine Remediation Project | |
Developing an Effective Project Management Plan: Esquimalt Harbour Remediation Project | |
Federal Contaminated Sites Program Management in Times of Transition | |
Are We Overlooking the Psychosocial Impacts of Contaminated Sites During HHRAs? A First Nations’ Perspective in Support of the Concepts of Sustainable Development | |
St Michael Residential School: Healing and Reconciliation Through Remediation | |
Demystifying Communication 101 – First Nations Interaction: How “We’ve” Got it Wrong... | |
Complex Phase II and III ESA – Knowledge and Experience Working with Aboriginal Groups | |
Role of the Independent Engineer in Major Projects | |
Leveraging Private Sector Engagement in Contaminated Sites Management | |
Lessons Learned in the Implementation of a 15-year PPP Contract |