Sustainable Development Goals
Project Status:
Detailed Feasibility Study
Organizations Involved:
Klean Industries; Klean Capital; Cash Minerals; Yukon Energy
Services / Equipment:
Feasibility Studies, Design & Engineering, Project Evaluation
Coal gasification is a technology we know and hold: the route from a solid fuel through synthesis gas to liquid products. Division Mountain was the right place to use it: a stranded coal resource beside a region that depended on imported petroleum, where local gasification could have turned that coal into the fuel the Yukon already had to bring in from elsewhere.
That is the story we want on the record. Working with Cash Minerals and Yukon Energy, Klean Capital and Klean Industries committed our own time, capital, and development effort to prove the opportunity. We hold the process capability, and this asset was a strong fit for the region’s real energy challenge.
The Yukon’s energy reality was more specific than the headline. Hydroelectricity covered much of the electricity system, but transport, heating, and diesel generation still ran on delivered petroleum, expensive to move north, exposed to winter and distance, and a standing vulnerability for a remote region. Meanwhile, a local coal resource sat undeveloped. The Yukon Geological Survey’s 2006 review found conditions did not support an export mine, while identifying a local 50 MW power opportunity.
The question was never whether the coal had value. It was whether anyone would weigh that value against the label. For a petroleum-dependent northern region, a local solid fuel converted to a local liquid fuel is an energy-security proposition—fewer imported barrels, more local production, a stronger grid.
We brought the technology to the question. We invested in detailed feasibility and project development with Cash Minerals and Yukon Energy, first establishing the power concept - 60 MW gross generation, approximately 50 MW net, and a 138 kV grid connection then widening to the stronger route: coal gasification, the process we know, turning coal into synthesis gas that can be cleaned and conditioned into liquid fuels through Fischer–Tropsch chemistry.
This is not a marginal idea. Coal gasification is an established industrial technology, practiced at global scale to make syngas, hydrogen, ammonia, and liquid fuels from solid feedstocks. The Great Plains Synfuels Plant in Beulah, North Dakota, has proven the route for four decades, the only commercial-scale coal gasification plant in the United States —running since 1984 and converting roughly 18,000 tonnes of lignite a day into synthetic natural gas and more than a dozen co-products. It was the right technical answer for a region that could not pipe in natural gas and could not run its transport fleet on hydroelectricity.
The proposition was sound on energy-security grounds, and it did not advance. The honest reason is not that the technology failed, or that the economics collapsed under scrutiny. It is that the word “coal” triggers a policy reflex that ends the conversation before the trade-off is weighed. A local solid fuel converted to local liquid fuel could have displaced imported diesel and strengthened a remote region’s supply a genuine positive effect yet the discussion stopped at the fuel, not the outcome.
That is the lesson we carry and the capability we offer. Coal gasification remains a serious technology wherever stranded solid fuel meets a real energy need, and the decision should be based on the complete outcome, fuel security, local production, delivery risk, and cost, not a single word. We have the process, the development discipline and the willingness to weigh the result rather than stop at the label.
This same discipline runs through our whole portfolio. Our Australian wood-waste development assesses a producer’s residues against its demand for useful electricity and heat, and our whole-tire pyrolysis and gasification heritage connects feedstock conversion with industrial fuel use. Different feedstocks demand different processes; we develop the complete route from resource to customer, and we do not let a feedstock’s reputation substitute for proper engineering and commercial assessment.
1. Match the technology to the resource and the real need.
Coal gasification earned its place because the region could not pipe in gas or run its fleet on hydro; the route followed the actual energy deficit, not a preference.
2. Weigh energy security on its own terms.
Displacing imported diesel and adding local production is a genuine positive outcome; judge the full result, not the fuel’s label.
3. Own the complete route.
Gasification through syngas to liquid fuels is a full technical and commercial chain; develop it while the configuration can still change, and measure the outcome, not the feedstock.
These takeaways highlight investment decisions, not guaranteed outcomes. The agreed engagement and contracts establish technical scope, performance commitments, and commercial responsibilities.
If you hold a stranded solid-fuel resource and a region with a real energy need, we can assess whether gasification is the answer and whether the full outcome justifies it. Bring us your resource, location and energy demand, and we will define a paid feasibility engagement covering the conversion route, infrastructure, markets and economics.
Let us weigh the whole outcome with you, before a label weighs it for you. Develop your resource-to-energy strategy with Klean
ABOUT THE INFORMATION PRESENTED
We develop resource-recovery and energy projects by connecting technology, engineering, product markets and investment assessment across the Klean Group, and Division Mountain forms part of our historical coal-gasification development experience. We share selected project information while protecting confidential client details and proprietary know-how, and an inquiry, NDA or paid engagement does not automatically grant access to restricted information or facilities.
Relevant UN Sustainable Development Goal themes include energy access (Goal 7), industrial infrastructure and innovation (Goal 9) and responsible production (Goal 12); this historical fossil-energy concept does not establish a clean-energy or climate benefit.
