Canada Industrial Heating Equipment Market Overview, 2031

Key Insights

• According to the research report, "Canada Industrial Heating Equipment Market Outlook, 2031," published by Bonafide Research, the Canada Industrial Heating Equipment Market is anticipated to grow at more than 5.33% CAGR from 2026 to 2031.
• The Canada Industrial Heating Equipment Market is undergoing a fundamental transformation driven by ambitious net-zero targets and the imperative to decarbonize industrial process heat. Industrial manufacturers are increasingly evaluating electric boilers, electrode boilers, thermal fluid heaters, electric furnaces, and hybrid process heating systems to reduce carbon emissions while maintaining process efficiency.
• Federal government policies are reshaping industrial heating equipment investments through multiple regulatory instruments. The Multi-Sector Air Pollutants Regulations (MSAPR) set NOx emission standards on gaseous fossil fuel-fired industrial boilers and heaters. Regulations effective January 1, 2025, require all new commercial and industrial boilers with input ratings between 300,000 BTU/h and 10,000,000 BTU/h to achieve minimum 90% thermal efficiency.
• Industrial boilers constitute the largest installed equipment category across Canadian industrial thermal systems. Approximately 1,300 boilers and heaters are subject to MSAPR Part 1, located in over 300 industrial facilities across Canada. The Canadian Boiler Society (CBS), established in 1952, represents boiler manufacturers and supplier companies, actively supporting knowledge sharing and industry modernization.

Market Outlook

• The Canada Industrial Heating Equipment Market is pivoting decisively toward electrification, heat recovery, and fuel switching. Electric industrial boilers, electrode boilers, and thermal fluid heaters are increasingly adopted across industries seeking low-emission process heating. Natural Resources Canada launched the third round of its Industrial Facility Track in August 2025, offering financial assistance to Canadian manufacturing facilities for energy efficiency projects. Companies can receive up to 50% of eligible costs covered through the Green Industrial Facilities and Manufacturing Program.
• Hydrogen-ready burners and hybrid heating systems are emerging as pragmatic stepping-stones, allowing operators to flex between fuels depending on price signals and grid availability. The Canadian Boiler Society has hosted educational sessions on hydrogen firing on boiler burners. Smart combustion systems, digital burner controls, and predictive maintenance technologies are enhancing operational efficiency. The Decarbonizing Heat in Canadian Industry project, a collaboration between Simon Fraser University and industry partners, examines industrial heat decarbonization cost-effectiveness.
• Major industrial decarbonization projects are demonstrating technology viability. The Green Industrial Facilities and Manufacturing Program (GIFMP), backed by $194 million over five years from Budget 2022, supports ISO 50001 certification, energy managers, audits, and energy efficiency retrofits. Digital combustion optimization, Industrial IoT, remote monitoring, and predictive maintenance are becoming major procurement drivers for advanced industrial heating equipment.
• Canadian manufacturers continue expanding portfolios in high-voltage electrode boilers and electric heating systems. Acme Engineering Products, established in 1956 and headquartered in Montreal, manufactures VARKA high-voltage electrode boilers. Miura Canada has been manufacturing boilers for North America since 1987. Thermon Canada provides industrial process heating solutions across oil and gas, mining, and food processing. Acceleware is advancing EM Powered Heat technology to electrify and decarbonize industrial heating processes.

Policies & Regulatory Landscape

• Federal government policy is accelerating industrial heating equipment modernization through multiple channels. The Multi-Sector Air Pollutants Regulations (MSAPR), effective June 17, 2016, set NOx emission standards on gaseous fossil fuel-fired industrial boilers and heaters. Part 1 of MSAPR targets natural gas boilers and heaters, which make up the largest segment of industrial boilers in Canada. In March 2025, the Canada Gazette published the Regulations Amending the MSAPR, extending deadlines for NOx testing and providing more flexibility in testing configurations.
• Regulations effective January 1, 2025, require all new commercial and industrial boilers with input ratings between 300,000 BTU/h and 10,000,000 BTU/h to achieve minimum 90% thermal efficiency. Commercial gas boilers intended for hot water systems with input rates between 300,000 and 2,500,000 BTU/h must achieve thermal efficiency of ≥90%, while those above 2,500,000 BTU/h require combustion efficiency of ≥90%. This shift toward condensing technology fundamentally alters lifecycle economics.
• The Department of Environment and Climate Change Canada continues strengthening industrial carbon pricing. The Clean Electricity Regulations, published in December 2024, set compliance timelines including December 31, 2025, for certain unit criteria. The Boilers and Pressure Vessels Code Adoption Document was published on the TSSA website on June 1, 2025, effective August 1, 2025.
• Natural Resources Canada's Green Industrial Facilities and Manufacturing Program (GIFMP) provides financial assistance for energy efficiency projects. The Industrial Facility Track supports projects enhancing energy efficiency at industrial facilities. The third round opened August 14, 2025, with applications closing September 26, 2025. The federal government provided $194 million over five years to create GIFMP, supporting ISO 50001 certification, energy managers, audits, and retrofits.

Procurement & Industry Impact

• Procurement decisions in the Canada Industrial Heating Equipment Market are increasingly shaped by regulatory compliance, energy cost optimization, and total cost of ownership. MSAPR NOx emission standards and the January 2025 90% minimum thermal efficiency requirement for new boilers compel facilities to invest in cleaner technologies. OEM procurement factors increasingly include burner efficiency, lifecycle cost, automation compatibility, fuel flexibility, and remote diagnostics capabilities. Higher-efficiency condensing boilers generally provide lifecycle fuel savings.
• The electrification of process heat is emerging as a dominant procurement theme. High-voltage electrode boilers are increasingly adopted for heavy industry. Acme Engineering Products offers VARKA electrode boilers engineered and manufactured in Canada. Electric heating adoption is strongest in food and beverage, pharmaceuticals, and specialty chemicals where precise temperature control and clean heat are essential. For several industrial subsectors, a significant portion of energy input is consumed in fossil fuel boilers.
• Procurement priorities increasingly focus on energy efficiency, NOx compliance, hydrogen readiness, automation, and predictive maintenance. Miura's once-through water tube design delivers fuel-to-steam efficiencies with integrated economizers recovering waste heat. Digital burner control systems and predictive maintenance platforms optimize combustion efficiency and reduce unplanned downtime. Aftermarket services including burner replacement, refractory replacement, tube replacement, combustion tuning, annual inspections, and control upgrades represent significant recurring revenue opportunities.

Industry News

• March 2025: The Canada Gazette published the Regulations Amending the Multi-Sector Air Pollutants Regulations, extending the deadline for completing NOx tests and providing flexibility in testing boiler and heater configurations to address unsafe testing conditions.
• July 2025: Miura Canada relocated to a new office in Oakville, Ontario, effective July 21, 2025, to support continued growth and evolving business needs.
• August 2025: Natural Resources Canada launched the third round of the Industrial Facility Track under GIFMP, offering up to 50% of eligible costs for energy efficiency projects including zero-emissions heating systems.
• August 2025: The AICHELIN Group signed an agreement to acquire the NTS and UPC business divisions of NITREX, a Canadian-based manufacturer of industrial furnaces focused on nitriding solutions.
• 2025: Simon Fraser University, in partnership with Beer Canada, the Canadian Steel Producers Association, the Chemistry Industry Association of Canada, and the Forest Products Association of Canada, initiated the Decarbonizing Heat in Canadian Industry project with $450,000 in funding.

Segment Analysis

Canada Industrial Heating Equipment Market By Equipment Type
• Industrial Boilers generate steam or hot water for oil & gas, chemical processing, food production, pulp & paper, and power generation. Approximately 1,300 boilers and heaters are subject to MSAPR Part 1, with over 77% deployed in oil and gas and oil sands. Regulations effective January 1, 2025 require new boilers between 300,000 and 10,000,000 BTU/h to achieve minimum 90% thermal efficiency. Canadian manufacturers include Acme Engineering Products (Montreal) with VARKA electrode boilers and Miura Canada manufacturing low-NOx modular steam boilers since 1987. The Canadian Boiler Society represents boiler manufacturers and supplier companies.
• Industrial Furnaces serve steel reheating, metal processing, heat treating, forging, and melting across automotive, aerospace, and aluminum industries. NITREX, a Canadian-based manufacturer of industrial furnaces focused on nitriding solutions, was acquired by the AICHELIN Group in August 2025. Dynamo Furnaces, based in Cambridge, Ontario, manufactures industrial melting furnaces for aluminum, copper, and zinc. Can-Eng Furnaces International, established in 1964, designs thermal processing equipment for ferrous and non-ferrous metals.
• Process Heaters deliver precise thermal energy for oil & gas, chemical, and refining operations through distillation, thermal cracking, and catalytic processes. Thermon Canada provides process heating solutions for oil and gas, mining, and food and beverage processing. Electrified thermal fluid systems are increasingly preferred where precise indirect heating and lower emissions are priorities. The industrial sector's reliance on fossil fuels creates substantial opportunities for process heater modernization.
Canada Industrial Heating Equipment Market By Mode of Operation
• New Equipment installations occur in greenfield facilities, production line expansions, and new facility construction. Reshoring of manufacturing, food processing expansion, aerospace investment, and resource sector development are creating demand. A significant portion of the installed boiler base has been operating for decades, creating sustained replacement demand. These projects allow operators to specify the latest technologies including electric heating systems, hydrogen-ready burners, and integrated control platforms. NRCan's Industrial Facility Track provides financial assistance for new equipment investments.
• Replacement & Retrofit activities address the vast installed base of aging industrial heating systems. Many boilers, furnaces, and process heaters are reaching end of service life or facing non-compliance with emission limits. Retrofits often dominate because replacing process heating systems usually requires production shutdown. Operators are choosing targeted upgrades including electric boiler installations, hydrogen-ready burners, heat recovery systems, digital combustion controls, burner replacements, refractory replacements, and tube replacements. MSAPR compliance requirements continue driving significant retrofit activity.
Canada Industrial Heating Equipment Market By Heating Technology
• Combustion Heating utilizes natural gas, oil, or biomass combustion, with natural gas remaining the dominant fuel due to extensive pipeline infrastructure. MSAPR sets NOx emission standards on gaseous fossil fuel-fired industrial boilers and heaters. Hydrogen-ready burners and low-NOx burner technologies are increasingly specified. The Canadian Boiler Society has hosted educational sessions on hydrogen firing. Miura's burners are engineered for ultra-low NOx output.
• Electric Resistance Heating converts electrical energy directly into heat through resistive elements, offering precise temperature control, instant heating, and zero onsite emissions. Electric boilers operate at very high thermal efficiencies. Industrial electric heating elements, immersion heaters, circulation heaters, duct heaters, flange heaters, and electric steam generators are increasingly specified. Canadian manufacturers are expanding electrode boiler and electric heating portfolios. Grid capacity and electricity pricing remain adoption constraints.
• Induction Heating generates heat through electromagnetic induction for metal processing, heat treating, gear hardening, shaft hardening, brazing, billet heating, forging, and melting. This technology is contactless and highly efficient with precise temperature control. Induction technology is increasingly specified for automotive, aerospace, and advanced manufacturing applications across the Canadian manufacturing sector.


Considered in this report
• Historic Year: 2020
• Base year: 2025
• Estimated year: 2026
• Forecast year: 2031



Aspects covered in this report
• Industrial Heating Equipment Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Equipment Type
• Industrial Boilers
• Industrial Furnaces
• Process Heaters
• Industrial Ovens
• Thermal Fluid Heaters
• Electric Industrial Heaters

By Mode of Operation
• New Equipment
• Replacement & Retrofit
• Service & Maintenance



By Heating Technology
• Combustion Heating
• Electric Resistance Heating
• Induction Heating
• Infrared Heating
• Advanced Heating Technologies