Estevan is positioning itself as a leader in energy innovation, with groundbreaking projects focused on hydrogen and graphite production, as well as efforts to develop a robust supply chain for Small Modular Reactors (SMRs). Gord More, a key figure in these initiatives, recently provided an update on the Southeast Tech Hub’s (SETH) progress, emphasizing the need for Estevan to be a "disruptor, not the disrupted."
One of the most promising projects involves turning lignite coal into clean hydrogen and graphite, offering a cost-effective and sustainable alternative to traditional energy sources. Hydrogen produced from lignite costs significantly less than hydrogen derived through electrolysis from renewable sources, making it more competitive in the growing clean energy market. Major corporations, including Amazon and Walmart, have expressed interest in using this hydrogen for logistics operations, while companies like John Deere and CP Rail are exploring its potential for machinery and locomotives.
The project leverages Estevan’s existing carbon capture and storage (CCS) infrastructure, ensuring that CO2 emissions are captured in liquid form rather than being released into the atmosphere. This captured CO2 is transported for safe storage or enhanced oil recovery, further reducing the project’s environmental footprint. "The infrastructure we need is already here," More stated, highlighting Estevan’s unique advantages.
Graphite production is another major aspect of the initiative. Graphite is a critical material for battery production, particularly for electric vehicles. With China controlling 76 per cent of the global graphite supply and imposing export tariffs, the need for alternative sources is growing. The Estevan project uses lasers to convert lignite coal into high-quality graphite, which has shown performance improvements of up to 200 per cent over traditional cellulose-based graphite. Currently, the project produces about 6.5 kg of graphite per day, with expectations for growth as the technology advances. Collaboration with Dr. Wagner from George Washington University is further refining the process.
The hydrogen project has garnered significant industry interest, with multiple letters of understanding signed for both supply and purchase agreements. Engineering work is underway, with $250,000 already secured toward a $750,000 goal. Meeting environmental requirements will be crucial for obtaining additional government support, including potential backing from Natural Resources Canada.
More has also taken an active role in the SMR supply chain by securing a position on the provincial steering committee. He stressed the importance of ensuring that Estevan benefits from SMR-related job opportunities rather than seeing the workforce imported from Alberta or Ontario. "If you’re going to do labour force training for our existing staff at the coal power plant to work at the SMR, why are you thinking of having it in Saskatoon? That’s five hours each way," he noted, advocating for local training initiatives.
Beyond energy, the hub is fostering entrepreneurship and industry collaboration to drive long-term economic growth. More expressed particular excitement about the growing market for Estevan’s graphite, noting that demand is rapidly increasing. Additionally, SETH is organizing two major conferences: a critical minerals conference on April 23 and another international conference in October, building on last year’s success.
"The future of Estevan’s economy depends on proactive planning and innovation, rather than waiting for external decisions to shape the city’s direction," More emphasized. With a clear vision and ongoing investment in technology, Estevan is on track to become a leader in clean energy and advanced manufacturing.