Industrial Drying Plant Manufacturer in Canada
Explore the technologyLooking for drying plants manufacturers in Canada? STRONGA builds FlowDrya lines to order at its Hertfordshire works and supplies them to Canada — see the regulatory and economic context below.
FlowDrya is a configurable, British-built drying platform – not a fixed single-feedstock machine – assembled to order at STRONGA's Hertfordshire works and exported to operators across the country. One hydraulic moving-floor bed with PulseWave agitation is specified per project to dry bark, woodchip, digestate fibre, RDF, SRF, poultry litter or mixed municipal waste; the heat interface, bed area and controls change with the material. We say openly that we hold no commissioned reference on this side of the Atlantic yet, so our proof is the delivered British fleet, where the identical core plant dries bark, digestate fibre and woodchips at sites in England and Wales. Each machine is assembled and hot-tested at the factory before it ships.
Supplying Canada
We supply Canada from our Hertfordshire works — we have no documented FlowDrya installation in Canada yet.
Regulatory context
Waste management is largely a provincial responsibility, so a plant that stores, treats or dries a waste-derived material is authorised under provincial law — for example British Columbia's Environmental Management Act and its Organic Matter Recycling Regulation, or Ontario's Environmental Protection Act — and the exact permitting a drying or fuel-preparation site faces varies by province rather than being set by a single national rule.
Source: https://www2.gov.bc.ca/gov/content/environment/waste-management/food-and-organic-waste/regulations-guidelines · checked 2026-08
The federal consumer fuel charge was set to zero on 1 April 2025, but federal industrial carbon pricing continues to apply to large emitters through the Output-Based Pricing System, so cement kilns, lime kilns and energy-from-waste plants still carry a price on their fossil-fuel combustion — an ongoing incentive to substitute conventional fuel with a dried, waste-derived alternative.
Source: https://www.canada.ca/en/department-finance/news/2025/03/removing-the-consumer-carbon-price-effective-april-1-2025.html · checked 2026-08
The federal Clean Fuel Regulations (SOR/2022-140), in force since 1 July 2023, require producers and importers of gasoline and diesel to cut lifecycle carbon intensity from 2016 levels by 3.5 gCO2e/MJ in 2023, rising to 14 gCO2e/MJ in 2030, and create a tradable credit market that rewards the supply of low-carbon fuels — a mechanism that can value biogas, biomethane and waste-derived energy.
Source: https://www.canada.ca/en/environment-climate-change/services/managing-pollution/energy-production/fuel-regulations/clean-fuel-regulations.html · checked 2026-08
Composts and organic soil amendments are graded nationally under the Canadian Council of Ministers of the Environment (CCME) Guidelines for Compost Quality, which sort product into Category A (unrestricted use) or Category B (restricted use) on the basis of trace-element concentrations, foreign-matter limits, pathogen reduction and maturity — the quality regime a dried digestate, biosolid or manure-derived amendment must satisfy to be placed on land.
Source: https://ccme.ca/en/res/compostgdlns_1340_e.pdf · checked 2026-08
Provincial policy is steadily diverting organic material away from disposal: Ontario's Food and Organic Waste Framework directs municipalities and businesses to collect and recover organics, while Quebec is phasing out the landfilling and incineration of organic materials and extending organics collection to households, institutions and industry — pressure that pushes wet residues toward stabilisation, composting and anaerobic digestion.
Source: https://www.ontario.ca/page/food-and-organic-waste-framework · checked 2026-08
Applicable standards: EN ISO 21640, EN ISO 17225-4, EN ISO 18134, CCME Guidelines for Compost Quality, CAN/BNQ 0413-200 compost standards.
Economic context
At Metro Vancouver's regional solid-waste facilities the garbage tipping fee is CAD 148 per tonne for municipal garbage and CAD 162 per tonne for commercial loads of 1 to 7.99 tonnes (rates in effect 2026), and loads containing banned recyclable or organic material attract a surcharge — so avoiding disposal is a real and rising saving.
Source: https://metrovancouver.org/services/solid-waste/tipping-fee · checked 2026-08
The federal industrial carbon price (the Output-Based Pricing System excess-emissions charge) is CAD 95 per tonne of CO2e in 2025 and rises by CAD 15 each year — to CAD 110 in 2026 and CAD 170 by 2030 — which steadily improves the economics of displacing coal or petroleum coke in a kiln with a dried, waste-derived fuel.
Source: https://icapcarbonaction.com/en/ets/canada-federal-output-based-pricing-system · checked 2026-08
The Alberta AECO-C benchmark natural-gas price is forecast at CAD 2.71 per gigajoule for 2025 (Alberta Energy Regulator) — inexpensive by international standards, which favours drying systems built around gas-fired or recovered process heat rather than electric heating.
Source: https://www.aer.ca/data-and-performance-reports/statistical-reports/alberta-energy-outlook-st98/prices-and-capital-expenditure/natural-gas-prices/aeco-c-price · checked 2026-08
Industrial electricity prices differ sharply by province: hydro-rich Quebec, Manitoba and British Columbia are among the lowest-priced jurisdictions in North America, while Alberta, Saskatchewan, Ontario and the Maritimes pay considerably more (Canada Energy Regulator) — so a dryer that runs on recovered heat and draws little grid power protects the operating margin wherever it is sited.
Source: https://www.cer-rec.gc.ca/en/data-analysis/energy-markets/market-snapshots/2026/market-snapshot-how-much-do-your-neighbours-across-canada-pay-for-electricity.html · checked 2026-08
Domestic cement producers are a growing home for waste-derived fuel: Lafarge's Richmond, British Columbia plant aims to replace 50 per cent or more of its fossil-fuel use with non-recyclable by-products, and co-processing waste-derived biomass and other alternative fuels cuts emissions by roughly 20 to 30 per cent per tonne of coal displaced — creating real demand for a consistent, dried, high-calorific fuel.
Source: https://natural-resources.canada.ca/funding-partnerships/lafarge-canada-low-carbon-fuel-technology-expansion · checked 2026-08
Worked illustration (assumptions stated):
The business case for a general-purpose dryer here rests on three prices: disposal is the dearest, electricity varies by province, and process heat is usually the cheapest. Diverting material rather than paying a Metro Vancouver tipping fee of CAD 148 per tonne is the first saving. The second is fuel switching: the federal Output-Based Pricing System charges large emitters CAD 110 per tonne of CO2e, so a dried product that displaces coal in a kiln gains value every year. FlowDrya answers both by recovering waste heat and running a stop-start floor that barely touches the grid – a design that pays off most in Alberta, Saskatchewan and Ontario, where power is dear, while gas near CAD 2.71 per gigajoule stays a cheap heat source elsewhere. Assumptions: feedstock, heat source and product value set the payback.
Figures are indicative and were last reviewed August 2026; energy and disposal prices move — contact us for a current assessment.
Industrial Drying Plant Manufacturer in Canada — FAQ
Are FlowDrya drying plants made here?
No – every FlowDrya is engineered and assembled at STRONGA's Hertfordshire factory in England, then shipped, installed and commissioned on the customer's site.
What feedstocks can one FlowDrya plant dry?
A single configurable platform handles bark, woodchip, digestate fibre, RDF, SRF, poultry litter and mixed waste; the bed, heat interface and controls are specified to the material and throughput of each project.
Do you have installations here yet?
Not yet, and we will not imply one. Our documented reference sites – bark, digestate fibre and woodchip – are in England and Wales, all running the same FlowDrya moving-floor technology.
What throughput can a FlowDrya achieve?
Capacity is matched to each application by sizing the bed area, airflow and heat input; a modular layout lets an operator scale up later or relocate the plant as production grows.
How is the drying air supplied?
FlowDrya accepts heat from many sources – boiler flue gas, biomass furnaces, combined-heat-and-power jackets or waste-process exhaust – transforming it into clean, controlled drying air through the machine's heat interface.
How durable is the platform?
With few moving parts and a hydraulically driven floor, it is engineered for a long service life and low maintenance, protecting the operator's capital over many years of continuous duty.