Language selection

Search

Demonstrating ECOTHOR’s Electro-Technology Performance On The Operations’ Liquid Effluents

Strategic Area

Mining - Technology and Innovation
Water use and impacts on aquatic ecosystems

Status

Active

Partners

Golder
Investments Quebec
Osisko Mining
Province of Quebec - Ministry of Economy and Innovation

Fund

Clean Growth Program

Year

2018

CGP Contribution

$ 4,549,100

Science & Technology Assistance for Cleantech (STAC) Contribution

CanmetMINING

$ 575,000

Project Total

$ 10,248,200

Location

QC, BC

Find out more

E2Metrix Inc.

Lead Proponent

E2Metrix Inc.

Project Objectives

The main objective of the project is to enable mines to comply to standards with respect to ammonia nitrogen, with economically viable technology.

This project will demonstrate the ECOTHORTM system on liquid effluents from mining operations (wastewater), in particular to control ammonia nitrogen.

The process used for the removal of ammonia nitrogen and heavy metals is based on the principle of electrocoagulation, coupled with electro-oxidation. The ECOTHORTM system disinfects the effluent and separates the solids, resulting in a very significant and simultaneous reduction of the concentration of several particulate, colloidal and soluble species present in the original fluid.

Expected Results

The ECOTHORTM technology is innovative and will demonstrate the potential for efficient, robust and long-lasting removal of ammonia nitrogen, suspended solids, heavy metals, dissolved and extractable from mining wastewater.

This technology will help the mining industry to comply with regulations regarding ammonia nitrogen and create an opportunity to recycle wastewater from mining operations.

Anticipated Environmental Benefits:  reduced GHG emissions related to sludge removal and treatment of mining waste water, thereby improving soil quality.

Report a problem or mistake on this page
Please select all that apply:

Thank you for your help!

You will not receive a reply. For enquiries, contact us.

Date modified: