Northwest Alberta: The Clean Energy Frontier

A Strategic Investment in the Future of Energy and Agriculture

Northwest Alberta’s extensive forestry industry generates significant quantities of wood residues, including sawdust, bark and other by-products, which are ideal feedstocks for biomass energy production.

Northwest Alberta is standing at a historic crossroads, ready to redefine its identity as a global leader in clean energy innovation. Now, at this critical juncture, a powerful portfolio of five shovel-ready business cases is ready to be shared and to help the region prosper.

“These projects leverage the region’s rich agricultural land, robust forestry sector and existing energy infrastructure to drive sustainable growth, enhance energy security and significantly reduce emissions,” said Wendy Muise, lead strategist at Ground Floor Labs.

These five business cases include biogas, biomass, blue hydrogen, micro-nuclear plants and agrivoltaics (or solar farming).

These business cases have come on the heels of a comprehensive, region-wide economic study spearheaded by the Regional Economic Development Initiative (REDI). The study highlights significant opportunity to harness renewable energy sources and drive sustainable economic growth in the region.

“This is an opportunity for business owners, entrepreneurs and investors to take advantage of the technical investigation,” said Mackenzie County Councillor and REDI Chair Lisa Wardley. “The business cases behind this outline a diverse approach to tackle waste, energy demand and land use simultaneously.”

The Bio-Economy: Turning Waste into Wealth

Central to the initiative is harnessing the region’s abundant organic resources through two key strategies: biogas and biomass.

The biogas business case focuses on converting organic waste streams, which include livestock manure, crop residues and food scraps, into valuable energy through anaerobic digestion.

This dual biogas/biomass approach supports individual farmers with on-farm anaerobic digesters to meet their energy needs and proposes larger, centralized facilities to handle combined feedstocks at scale.

“The end product is flexible; it can be used for electricity, heat or it can be upgraded to pipeline-quality renewable natural gas, all while providing a nutrient-rich fertilizer co-product,” said REDI Manager Andrew O’Rourke.

Meanwhile, biomass energy capitalizes on Northwest Alberta’s extensive forestry industry, utilizing wood residues, sawdust and bark as well as municipal organic waste, to generate heat, electricity and biofuels.

“The region has an already established wood pellet industry. We have companies supplying nearly 25,000 tonnes of pellets annually,” said Councillor Wardley.

High-Tech Solutions: Hydrogen and Micro-Nuclear

This clean energy vision for Alberta’s Mackenzie Region also embraces next-generation, scalable technologies to power industry and remote communities.

“One great option is to produce blue hydrogen locally to help leverage our abundant, low-cost natural gas reserves,” said Councillor Wardley.

The proposal outlines how a business could build a scalable facility that uses steam methane reforming to produce hydrogen. And, up to 95% of the resulting CO2 would be captured and stored underground.

“This approach offers a vital transitional path to a low-carbon economy by minimizing emissions while using existing energy expertise and infrastructure,” said REDI Manager O’Rourke.

For stable, non-emitting power, the business case for micro-nuclear plants, specifically Small Modular Reactors (SMRs), is compelling.

“These smaller, safer and faster-to-deploy reactors can generate 1 to 50 megawatts of power, offering a consistent energy source for industrial expansion, particularly in the oil and gas sector, and replacing costly, polluting diesel generation in remote and Indigenous communities,” said Muise of Ground Floor Labs.

According to Muise, the region’s potential for geothermal energy can also be synergized with SMRs to create a hybrid system, which would use waste heat for district heating and improve overall efficiency.

Harvesting the Future: Agrivoltaics

REDI’s plan supports the agricultural heart of the region with the encouraged use of agrivoltaics, which combines photovoltaic solar panel installations and farming.

“This is an innovative approach. Farmers can generate solar energy and improve cattle grazing. This type of dual land use is shown to enhance land productivity by 35–73%,” said REDI Manager O’Rourke. “Agrivoltaics offers farmers diversified revenue streams from energy sales, a hedge against rising costs and environmental benefits.”

In addition, the partial shade from the panels creates a microclimate that can conserve soil moisture and reduces heat stress in livestock, promoting better health and productivity.

According to the data, installing agrivoltaics systems on an estimated 1% of Alberta’s agricultural land could potentially generate enough power to almost match the province’s entire annual electricity production.

“Speaking on behalf of the REDI Board, our path forward is clear. This comprehensive portfolio of projects presents measurable economic, environmental and strategic benefits,” said Councillor Wardley.

By embracing these five strategic opportunities, Northwest Alberta is positioning itself not just to participate in the energy transition, but to lead it, ensuring a prosperous, sustainable and energy-secure future.

For more information visit: https://rediregion.ca/projects/5-clean-energy-business-cases-for-northwest-alberta/