- Metals and Organic Contaminant Removal Using Novel Iron Media for Ex-Situ Groundwater Remediation and Industrial Wastewater Treatment
- New Soil & Groundwater treatment capabilities using high surface high reactivity ZVI media
- Electrochemical Advanced Coagulation Process using Magnesium Anodes for the Prevention of Harmful Algae Blooms from Waste Water Sources
- Designing Aquatic Biomonitoring Programs for Military Sites
- Remedial Options Assessment for Boat Harbour using the Canadian Federal Contaminated Sites Decision-making Framework
Jean Pare, Chemco Inc.
The objective of this presentation is to discuss a novel iron media that has demonstrated a significant potential for organic and inorganic contaminant removal for ex-situ groundwater remediation and industrial wastewater treatment. A full-scale implementation case study demonstrating the system performance and cost will be included.
Marco Polverari, Ihsen Ben Salah - E2Metrix
The objective of this presentation is to present our latest technology and results for the prevention of harmful algae blooms from wastewater sources using an electrochemical advanced coagulation (EACP) with magnesium anodes. The technology has been found to be highly effective for the removal of phosphorus and nitrogen after one pass through the system. EACP electrode types, EACP reactor design and operation and sample treatment conditions were found to be the most important treatment parameters.
1Tamsin Laing, 1Matt Turnbull, 2Justin Thomas, 2Andy Smith, 2Mark Wiercinski, 2Ted Keunecke, 3Daniela Loock, 4Kela Weber
1Environmental Sciences Group, Royal Military College
2Department of National Defence / Government of Canada
3Environmental Sciences Group, RMC
4Royal Military College of Canada
The objective of this presentation is to provide an overview of the approach for monitoring programs at Canadian military sites using benthic invertebrates as indicators of potential impacts to aquatic ecosystem health.
Christine Skirth, Shannon Kemp, Jeff Daniel, Sophia Dore
GHD
The objective of the presentation is to illustrate the use of the Canadian federal contaminated sites decision-making framework to assess remedial options at a complex site which has many different aspects to consider and multiple challenges to weigh against each other.