Irving Oil & TC Energy to Reduce Emissions in Canada
TC Energy Corporation and privately held Irving Oil have signed a memorandum of understanding to explore the joint development of a series of proposed energy projects focused on reducing greenhouse gas emissions and creating new economic opportunities in New Brunswick and Atlantic Canada. Together, the two energy companies have identified a series of potential projects for exploration focused on decarbonizing current assets and deploying emerging technologies to reduce overall emissions. The partnership’s initial focus will consider a suite of upgrade projects at Irving Oil’s refinery in Saint John, New Brunswick, with the goal of significantly reducing emissions through the production and use of low-carbon power generation.
The partnership will also explore opportunities that will aid in decarbonizing local industry over the medium- and long-term time horizons via the production and distribution of low emission hydrogen, coupled with a world class carbon capture and sequestration network. The partnership will target industry solutions that will lower the emissions in the region to align with carbon reduction goals and enhance the opportunities for future development in Atlantic Canada.
Irving Oil and TC Energy have a long history of working together, including on the development and operation of Grandview Cogeneration, a 90 MW low-carbon power plant located inside the Saint John refinery. Commissioned in 2004, Grandview Cogeneration helped to significantly reduce the carbon intensity of the Saint John refinery, resulting in up to 750,000 tonnes of avoided greenhouse gas emissions and positioning the facility in the top-tier of global refineries.
A made-in-Canada opportunity, Irving Oil and TC Energy will leverage their combined industry expertise, relationships and infrastructure to support a significant reduction in greenhouse gas emissions, create new job opportunities and help to position New Brunswick and Atlantic Canada for future growth through the energy transition.