Anaergia upgrading anaerobic digesters at Ontario facility


Ontario Construction News staff writer

Anaergia Inc. has been awarded a design-build contract to upgrade the existing anaerobic digesters located at Petawawa’s Water Pollution Control Plant.

The Burlington-based company will use the Omnivore system to upgrade WPCP digesters to process biosolids from the wastewater treatment operations along with organics from the municipal solid waste stream. The digesters will then produce biogas that will be used to fuel a combined heat and power engine, reducing WPCP’s dependence on fossil energy supplied by utilities, and reducing its operating costs.

It’ss the first wastewater plant in Canada that to use Anaergia’s unique suite of technologies for upgrading existing wastewater infrastructure into a facility that will produce renewable energy.”

The project is designed to achieve net zero carbon emissions for the WPCP and to convert the existing facility into a resource recovery center for organic waste. In this way, it will contribute to creating a circular economy in the region while contributing to Ontario’s efforts to divert waste from landfills.

“Technologies used here have already been proven in the US, most recently at a facility belonging to the Victor Valley (California) Wastewater Reclamation Authority,” said Andrew Benedek, chair and CEO of Anaergia..

“The Petawawa WPCP will serve as an important reference site for Canada. We expect to convert many more facilities in Canada and elsewhere as such conversions make economic and environmental sense. Furthermore, it makes wastewater plants resilient to power interruptions.”

In addition to providing the digester technology and ancillary equipment, process integration and overall project execution, the contract also calls for Anaergia to provide technical services to the WPCP for a period of 10 years.

According to the Government of Canada, there are approximately 2,000 municipal wastewater systems in the country serving close to 86 percent of the total population.


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