SASKATOON — Canadian Energy Metals president and CEO Christopher Hopkins said the Thor Project will represent a major shift in how alumina is produced in Canada, with environmental impacts that are significantly lower than those associated with traditional mining and processing methods.
Hopkins emphasized the scale of the project, in which CEM discovered critical minerals, including approximately 6.8 million tonnes of aluminum, as well as scandium and vanadium. The aluminum ore to be mined is about 50 billion tonnes. It is a 987-square-mile mining project in east-central Saskatchewan.
“Roughly that is held within a project area that is about 16 miles by 16 miles, 230 square miles. That size would fit inside the metropolitan area of Edmonton, for example. The 6.8 million tonnes equate to approximately a third of the known supply of alumina,” said Hopkins.
Hopkins spoke during the project announcement on Friday, Jan. 30, at the University of Saskatchewan, where he was joined by Premier Scott Moe and cabinet members, led by Resources Minister Chris Beaudry.
Tisdale Mayor Mike Hill, whose town directly benefits from the Thor Project, was also present, along with Stantec Mining and Geoscience manager Keith Wilson, Hatch Western Canada regional managing director Mike Federoff, and other engineers and officials who will be part of the development.
Hopkins, who began his career in the mining sector as an environmental executive, said the project’s design, location and processing technology position it as a potential benchmark for cleaner development and mining of critical minerals.
He added that the project would have a significantly lower environmental impact than traditional alumina production because it avoids bauxite mining, which extracts ore from the Earth’s surface to produce aluminum and alumina, and uses a less energy-intensive and cleaner processing method.
Traditional bauxite mining is conducted through shallow-surface strip mining, which is often used in tropical and subtropical regions such as Australia, Brazil in South America, and Guinea in West Africa. Shallow-surface strip mining involves removing vegetation and topsoil to extract the ore, then rehabilitating the land.
Hopkins said the process planned for the Thor Project will produce fewer harmful byproducts such as red mud and will concentrate a very large resource in a small, well-serviced area, resulting in reduced land disturbance and lower emissions.
“In Canada, we’re known for having a green aluminum supply. That's true, we use hydroelectric power to smelt the alumina into aluminum. That's the green element, but no alumina is green. This would be the greenest of the green. Once we've demonstrated this smelter,” said Hopkins.
“The most important idea to me is that we can create a green alumina. My background is environmental. For me, that is a pretty compelling thing, the transformational aspect of it on such a large scale to be able to concentrate the resources in such a small area.”
He added that the Thor Project enables mining operations to remain similarly small, which lessens environmental impacts when dealing with a resource of this magnitude in such a confined area, a factor of significant importance to CEM.
Moe said the newly announced project by CEM highlights Saskatchewan’s world-class, ethical and environmentally sustainable mining industry, positioning the province as a global leader in attracting mining investment.
“Saskatchewan is always proud of the mining industry that we have, and not just what we produce, but how we produce the products that we do from a sustainable environmental sustainability perspective, [and] from an ethical perspective. We're among the very best in the world,” said Moe.
He added that the Thor Project comes at a time when the world is increasingly looking to Canada for secure and responsible energy, resource and food supplies, emphasizing its significance not only for the local region and Saskatchewan, but for the entire country.
The project also supports economic diversification beyond Saskatchewan’s traditional resources such as potash and uranium into critical minerals including lithium, helium, copper and alumina, and, with strong investment, innovation and government support, is expected to help create jobs and build global partnerships.
