Cross-sector context for fuel and fuel-service use on the southwestern Ontario farm: cash-crop scale, dairy and livestock operating realities, grain-drying efficiency and emergency-allocation logic, and the county-level grain acreage that anchors the commercial-elevator footprint. Each section absorbs a previously-standalone card verbatim, with sources, dates, and confidence labels preserved. Section anchors mirror the prior slugs.
Confidence: Inferred — descriptive from Canadian Propane Association (CPA) public statements during the 2019 CN rail strike; not a published regulated standard.
In a propane supply emergency, the Canadian Propane Association operates an informal tiered allocation hierarchy. The hierarchy is not statutory; it reflects industry practice during the 2019 CN rail strike (see op-2019-cn-rail-strike-propane-disruption) and remains the operative reference.
Tier 1 — top priority:
Tier 2 — next priority:
Tier 3 — lower priority:
Source quote (Nathalie St-Pierre, CPA, to RealAgriculture, November 2019): "Tier one, top priority, include hospitals; water treatment plants; places with major infrastructure or key services; and homes ... agriculture would fall into a lower level tier, unless the propane is needed to heat a barn with livestock in it."
Operational quote (Dan Kelly, Dowler-Karn, St. Thomas, Ontario rail terminal, to CTV London, November 2019): "We're prioritizing our propane to critical operations. That is home heat, hospitals, daycare centres. We're looking at emergency services as being the critical pieces."
Grain-drying-specific evidence (2019). Markus Haerle, then Chair of Grain Farmers of Ontario, in Top Crop Manager (November 2019, citing Financial Post): "As of Nov. 22, no propane was going to grain dryers, and fuel supplies to eastern Ontario farms were dwindling." Distributors "told grain farmers in southern Ontario not to expect further shipments of propane for grain drying as home heating and other essential services have priority" (Top Crop Manager). Levac Propane, in CBC coverage (November 2019), confirmed the practical sequence: "had to prioritize residential customers, institutions such as hospitals and farms with livestock, and that's meant saying no to customers who need propane to run grain dryers." A grain dryer without livestock on-site sits at the bottom of the de facto allocation list (see op-wet-corn-storage-tolerance-stockout for the operational consequence).
Broader agriculture evidence (2019). Keith Currie, then President of the Ontario Federation of Agriculture, in Global News (November 2019): "Many of our customers have already been notified by their propane suppliers that they're going to be cut off." The OFA quote covers the full ag exposure — greenhouses without livestock, grain dryers, and any mixed operation lacking a livestock-welfare hook all received cut-off notices.
Implication for agricultural customers. Greenhouses without livestock and grain dryers sit at the bottom of the supply hierarchy in an allocation event (see op-greenhouse-seasonal-demand-curve for greenhouse-specific pre-positioning logic). Contracted supply assurance from a local distributor with its own bulk storage is the principal hedge against this risk.
Sources: RealAgriculture, Nov. 2019; CTV London, Nov. 2019; Top Crop Manager (Nov. 2019, citing Financial Post); CBC News (Nov. 2019); Global News (Nov. 2019); Canadian Propane Association public statements.
Confidence: Verified for OMAFRA savings ranges; Estimated for payback periods.
OMAFRA Publication 24-005 (see reference-omafra-pub-24-005-grain-dryers) confirms mixed-flow and counter-flow dryers are more efficient than cross-flow. Cross-flow remains the most-installed Ontario design (see op-grain-dryer-types-sw-ontario).
Mixed-flow vs cross-flow. Sukup's published spec claims mixed-flow with vacuum cooling reduces fuel consumption by 20–30% vs traditional pressure-heat/pressure-cool cross-flow (flag: US OEM). At a 1,000-acre SW Ontario operation drying 180,000 bu/year, the 20–30% range corresponds to approximately $20,000–$30,000/year in propane savings at May 2026 prices (see op-ag-propane-price-benchmark-2026-05).
Heat-recovery retrofits (OMAFRA Pub 24-005 Table 1). Fuel savings up to 15% and throughput gains up to 30% when grain moves hot from the dryer to a steeping/cooling bin (wet bin / dry bin / cooling bin architecture). Purdue and Iowa State Extension data corroborate similar ranges (flag: US sources). Payback for OEM heat-recovery options on a new install is typically 3–5 harvest seasons at Ontario propane prices and SW Ontario throughput (Estimated).
Efficiency tuning levers (James Dyck, OMAFRA, in priority order):
Replacement-cycle decision. Typical Ontario dryer life is 20–30 years. An operator approaching replacement should compare a new cross-flow with heat recovery against a new mixed-flow (Sukup Mixed-Flow, Mathews Delta or Fusion).
Wet-bin / dry-bin architecture (best practice):
Sources: OMAFRA Publication 24-005 Reducing Energy Use in Grain Dryers (Dyck, Clarke, Dayboll, March 2024); Sukup Manufacturing spec pages (US OEM-flagged); Purdue Extension and Iowa State Extension corroborating data (US-flagged).
Confidence: Verified for OEM specifications (US OEM-flagged sources); Estimated for Ontario installed share.
Five dryer categories cover the SW Ontario installed base. US-OEM spec figures are flagged — Ontario field performance differs from US testing conditions.
| Category | Common Ontario installs | Throughput | Burner capacity | Vapor-draw notes |
|---|---|---|---|---|
| Continuous cross-flow portable | GSI 1100/1200/1300; Sukup Single-Fan Axial T-series; Mathews Company 690C, 820, 1180 | GSI 1100: 420–1,160 BPH all-heat 5-pt; GSI 1200: 400–730 BPH dry+cool / 680–1,160 BPH all-heat 5-pt; Mathews 1180: 1,700 BPH heat/cool / 2,300 BPH all-heat 5-pt | GSI Quiet Dryer 4.5 M BTU/hr per heater; portables 2.5–4.5 M BTU/hr | LP needs internal vaporizer; 7–10 PSI at burner |
| Continuous mixed-flow | Sukup Mixed-Flow (vacuum-cool); Mathews Delta/Fusion; MFS Stormor | 500–2,400 BPH typical | 3–8 M BTU/hr | External vaporizer common |
| Tower dryer (commercial) | GSI T- and F-series 1,200–7,000 BPH; Mathews; Zimmerman | 1,200–7,000 BPH | 6–20+ M BTU/hr | Always external vaporizer; 30,000 USWG manifolded |
| Batch dryers | Older Sukup, MFS, Farm Fans (declining share) | 200–600 BPH | 1.5–3 M BTU/hr | Often single 1,000 USWG |
| In-bin natural-air / low-temp with propane top-heat | Niche on smaller SW Ontario operations | 1–1.5 CFM/bu | <1 M BTU/hr | Limited to ≤24% incoming |
Cross-flow remains the most-installed Ontario design, despite mixed-flow and counter-flow being more efficient — see op-grain-dryer-efficiency-heat-recovery.
SW Ontario dealer ecosystem: Anmar Systems, Wentworth Ag (BP Ag Systems), K&S Millwrights, and others. Mathews Company Legacy Series (440–5,810 BPH) is increasingly popular for new expandable installs.
Sources (US OEM — flagged): GSI grainsystems.com, Sukup.com, mathewscompany.com spec pages; OMAFRA Publication 24-005 (see reference-omafra-pub-24-005-grain-dryers).
Confidence: Verified — Statistics Canada The Daily primary releases.
Per StatCan The Daily (March 5, 2026): "more than 60% of all corn for grain in Canada is grown" in Ontario, and Ontario produces "the most soybeans" in Canada. Per The Daily (December 5, 2024), Ontario farmers grow "almost two-thirds of Canada's corn." Both crops concentrate in the SW Ontario corn-soy-wheat belt.
Provincial acreage and yield (StatCan Table 32-10-0359-01, via The Daily):
| Crop | 2024 harvested | 2025 harvested | 2026 planted (intentions) |
|---|---|---|---|
| Corn for grain | 2.1 M ac; 178.7 bu/ac; 9.6 Mt | 2.1 M ac (+1.0%); 175.6 bu/ac (−2.4%); 9.5 Mt (−1.4%) | 2.3 M ac (+5.4% on planted) |
| Soybeans | 3.1 M ac; 51.8 bu/ac; 4.4 Mt | 2.9 M ac; 50.8 bu/ac; 4.0 Mt | ~2.9 M ac (+0.2%) |
| Winter wheat | 1.0 M ac (est.) | 1.2 M ac; 89.6 bu/ac; 2.9 Mt | Down nationally; Ontario still dominant |
Typical yields (OMAFRA Pub 60 Field Crop Budgets, 2024 ed.):
For county-level breakdown see op-sw-ontario-grain-county-acreage-2024.
Sources: Statistics Canada The Daily — March 12 2025, June 27 2025, September 17 2025, December 4 2025, March 5 2026; StatCan The Daily "Production of principal field crops, November 2024" (December 5, 2024); OMAFRA Publication 60 Field Crop Budgets (January 2024).
Confidence: Inferred — no published province-level on-farm-vs-custom drying split; named operators verified from public facility pages and trade press.
Ontario's commercial elevator network provides hundreds of tonnes per day per site of custom drying capacity. On-farm drying remains the majority share at peak because corn typically comes off too wet to truck efficiently.
Named SW Ontario commercial dryers:
Custom drying economics. Per-point/bushel custom charges vary by elevator, with shrink factors that can effectively raise the price above on-farm propane equivalent at moisture removals above 8 points. Operators compare on-farm propane (see op-grain-drying-propane-math) against elevator quotes using the GFO Grain Drying Cost Calculator (see reference-gfo-grain-drying-cost-calculator).
Sources: BroadGrain Commodities facility pages; The Review (Vankleek Hill), November 2019; Ontario Agri Business Association member directory.
Confidence: Verified for named counties (Huron, Middlesex, Elgin, Haldimand, Brant 2024); Estimated for current-year figures in Perth, Oxford, Wellington, Norfolk.
Agricorp 2024 Insured Acres (Production Insurance), soybean detail:
| County | 2024 insured soybean acres | Soybean AFY (bu/ac) |
|---|---|---|
| Huron | 167,622 | 52 |
| Middlesex | 137,962 | 52 |
| Elgin | 95,573 | 52 |
| Haldimand | 82,506 | 43 |
| Brant | 31,081 | 47 |
Perth, Oxford, Wellington, and Norfolk each show >50,000 insured corn acres per 2021 Agricorp data; current-year county-level figures require a fresh pull from the OMAFA dataset below.
Canonical county source. Live county figures for all SW Ontario counties are published in the OMAFA "Ontario field crop area and production estimates by county" dataset on data.ontario.ca — files ctygcorn.xlsx and ctysoy.xlsx, last updated March 4, 2025, covering 2004–2024. For any page anchored to county acreage numbers, pull from that dataset rather than from this entry.
Provincial context in op-ontario-grain-acreage-2025. County-by-county service-area geography in the geo-*-county series.
Sources: Agricorp 2024 Insured Acres by County (Production Insurance, July 2024); OMAFA "Ontario field crop area and production estimates by county" (data.ontario.ca, updated March 4, 2025).
Confidence: Verified (resource exists; URL not pinned in this entry).
The Grain Farmers of Ontario (GFO) Grain Drying Cost Calculator is the industry-standard customer-facing tool for comparing on-farm drying against commercial elevator drying on a per-year basis.
What it does. Takes the year's expected wet bushels and moisture, propane price, electricity cost, and elevator quote (per-point/bushel rate + shrink factor) and returns the per-bushel cost of each pathway. The answer flips with volume, dryer age, and intake moisture — there is no universal on-farm-vs-elevator answer.
Where it's referenced. Ontario Grain Farmer magazine and Farmtario cite the calculator in drying-season coverage each fall.
Operator implication. For a fact-check or recommendation involving the on-farm-vs-elevator decision, cross-link to this calculator landing page rather than asserting a generic break-even.
Related concepts: op-grain-drying-propane-math, op-sw-ontario-commercial-elevator-footprint.
Confidence: Verified.
Named voices and outlets used as primary sources for Ontario grain articles, KB entries, and customer-facing pages.
Grain Farmers of Ontario (GFO) leadership:
GFO communications: Ontario Grain Farmer magazine and the GrainTALK newsletter.
OMAFA grain specialists (note: ministry rebranded OMAFRA → OMAFA — Ontario Ministry of Agriculture, Food and Agribusiness — in 2024; Minister Trevor Jones):
reference-omafra-pub-24-005-grain-dryers); Ontario authority on grain-dryer energy.Named operators publicly quoted on drying-season decisions:
Ontario-relevant trade press:
Naming convention reminder. When citing OMAFRA Pub 24-005 (March 2024), the legacy "OMAFRA" name is correct because the publication predates the rebrand. For post-2024 ministry references, use "OMAFA." Both names are current in context.
Cross-sector context for fuel and fuel-service use on the southwestern Ontario farm: cash-crop scale, dairy and livestock operating realities, grain-drying efficiency and emergency-allocation logic, and the county-level grain acreage that anchors the commercial-elevator footprint. Each section absorbs a previously-standalone card verbatim, with sources, dates, and confidence labels preserved. Section anchors mirror the prior slugs.
Confidence: Inferred — descriptive from Canadian Propane Association (CPA) public statements during the 2019 CN rail strike; not a published regulated standard.
In a propane supply emergency, the Canadian Propane Association operates an informal tiered allocation hierarchy. The hierarchy is not statutory; it reflects industry practice during the 2019 CN rail strike (see op-2019-cn-rail-strike-propane-disruption) and remains the operative reference.
Tier 1 — top priority:
Tier 2 — next priority:
Tier 3 — lower priority:
Source quote (Nathalie St-Pierre, CPA, to RealAgriculture, November 2019): "Tier one, top priority, include hospitals; water treatment plants; places with major infrastructure or key services; and homes ... agriculture would fall into a lower level tier, unless the propane is needed to heat a barn with livestock in it."
Operational quote (Dan Kelly, Dowler-Karn, St. Thomas, Ontario rail terminal, to CTV London, November 2019): "We're prioritizing our propane to critical operations. That is home heat, hospitals, daycare centres. We're looking at emergency services as being the critical pieces."
Grain-drying-specific evidence (2019). Markus Haerle, then Chair of Grain Farmers of Ontario, in Top Crop Manager (November 2019, citing Financial Post): "As of Nov. 22, no propane was going to grain dryers, and fuel supplies to eastern Ontario farms were dwindling." Distributors "told grain farmers in southern Ontario not to expect further shipments of propane for grain drying as home heating and other essential services have priority" (Top Crop Manager). Levac Propane, in CBC coverage (November 2019), confirmed the practical sequence: "had to prioritize residential customers, institutions such as hospitals and farms with livestock, and that's meant saying no to customers who need propane to run grain dryers." A grain dryer without livestock on-site sits at the bottom of the de facto allocation list (see op-wet-corn-storage-tolerance-stockout for the operational consequence).
Broader agriculture evidence (2019). Keith Currie, then President of the Ontario Federation of Agriculture, in Global News (November 2019): "Many of our customers have already been notified by their propane suppliers that they're going to be cut off." The OFA quote covers the full ag exposure — greenhouses without livestock, grain dryers, and any mixed operation lacking a livestock-welfare hook all received cut-off notices.
Implication for agricultural customers. Greenhouses without livestock and grain dryers sit at the bottom of the supply hierarchy in an allocation event (see op-greenhouse-seasonal-demand-curve for greenhouse-specific pre-positioning logic). Contracted supply assurance from a local distributor with its own bulk storage is the principal hedge against this risk.
Sources: RealAgriculture, Nov. 2019; CTV London, Nov. 2019; Top Crop Manager (Nov. 2019, citing Financial Post); CBC News (Nov. 2019); Global News (Nov. 2019); Canadian Propane Association public statements.
Confidence: Verified for OMAFRA savings ranges; Estimated for payback periods.
OMAFRA Publication 24-005 (see reference-omafra-pub-24-005-grain-dryers) confirms mixed-flow and counter-flow dryers are more efficient than cross-flow. Cross-flow remains the most-installed Ontario design (see op-grain-dryer-types-sw-ontario).
Mixed-flow vs cross-flow. Sukup's published spec claims mixed-flow with vacuum cooling reduces fuel consumption by 20–30% vs traditional pressure-heat/pressure-cool cross-flow (flag: US OEM). At a 1,000-acre SW Ontario operation drying 180,000 bu/year, the 20–30% range corresponds to approximately $20,000–$30,000/year in propane savings at May 2026 prices (see op-ag-propane-price-benchmark-2026-05).
Heat-recovery retrofits (OMAFRA Pub 24-005 Table 1). Fuel savings up to 15% and throughput gains up to 30% when grain moves hot from the dryer to a steeping/cooling bin (wet bin / dry bin / cooling bin architecture). Purdue and Iowa State Extension data corroborate similar ranges (flag: US sources). Payback for OEM heat-recovery options on a new install is typically 3–5 harvest seasons at Ontario propane prices and SW Ontario throughput (Estimated).
Efficiency tuning levers (James Dyck, OMAFRA, in priority order):
Replacement-cycle decision. Typical Ontario dryer life is 20–30 years. An operator approaching replacement should compare a new cross-flow with heat recovery against a new mixed-flow (Sukup Mixed-Flow, Mathews Delta or Fusion).
Wet-bin / dry-bin architecture (best practice):
Sources: OMAFRA Publication 24-005 Reducing Energy Use in Grain Dryers (Dyck, Clarke, Dayboll, March 2024); Sukup Manufacturing spec pages (US OEM-flagged); Purdue Extension and Iowa State Extension corroborating data (US-flagged).
Confidence: Verified for OEM specifications (US OEM-flagged sources); Estimated for Ontario installed share.
Five dryer categories cover the SW Ontario installed base. US-OEM spec figures are flagged — Ontario field performance differs from US testing conditions.
| Category | Common Ontario installs | Throughput | Burner capacity | Vapor-draw notes |
|---|---|---|---|---|
| Continuous cross-flow portable | GSI 1100/1200/1300; Sukup Single-Fan Axial T-series; Mathews Company 690C, 820, 1180 | GSI 1100: 420–1,160 BPH all-heat 5-pt; GSI 1200: 400–730 BPH dry+cool / 680–1,160 BPH all-heat 5-pt; Mathews 1180: 1,700 BPH heat/cool / 2,300 BPH all-heat 5-pt | GSI Quiet Dryer 4.5 M BTU/hr per heater; portables 2.5–4.5 M BTU/hr | LP needs internal vaporizer; 7–10 PSI at burner |
| Continuous mixed-flow | Sukup Mixed-Flow (vacuum-cool); Mathews Delta/Fusion; MFS Stormor | 500–2,400 BPH typical | 3–8 M BTU/hr | External vaporizer common |
| Tower dryer (commercial) | GSI T- and F-series 1,200–7,000 BPH; Mathews; Zimmerman | 1,200–7,000 BPH | 6–20+ M BTU/hr | Always external vaporizer; 30,000 USWG manifolded |
| Batch dryers | Older Sukup, MFS, Farm Fans (declining share) | 200–600 BPH | 1.5–3 M BTU/hr | Often single 1,000 USWG |
| In-bin natural-air / low-temp with propane top-heat | Niche on smaller SW Ontario operations | 1–1.5 CFM/bu | <1 M BTU/hr | Limited to ≤24% incoming |
Cross-flow remains the most-installed Ontario design, despite mixed-flow and counter-flow being more efficient — see op-grain-dryer-efficiency-heat-recovery.
SW Ontario dealer ecosystem: Anmar Systems, Wentworth Ag (BP Ag Systems), K&S Millwrights, and others. Mathews Company Legacy Series (440–5,810 BPH) is increasingly popular for new expandable installs.
Sources (US OEM — flagged): GSI grainsystems.com, Sukup.com, mathewscompany.com spec pages; OMAFRA Publication 24-005 (see reference-omafra-pub-24-005-grain-dryers).
Confidence: Verified — Statistics Canada The Daily primary releases.
Per StatCan The Daily (March 5, 2026): "more than 60% of all corn for grain in Canada is grown" in Ontario, and Ontario produces "the most soybeans" in Canada. Per The Daily (December 5, 2024), Ontario farmers grow "almost two-thirds of Canada's corn." Both crops concentrate in the SW Ontario corn-soy-wheat belt.
Provincial acreage and yield (StatCan Table 32-10-0359-01, via The Daily):
| Crop | 2024 harvested | 2025 harvested | 2026 planted (intentions) |
|---|---|---|---|
| Corn for grain | 2.1 M ac; 178.7 bu/ac; 9.6 Mt | 2.1 M ac (+1.0%); 175.6 bu/ac (−2.4%); 9.5 Mt (−1.4%) | 2.3 M ac (+5.4% on planted) |
| Soybeans | 3.1 M ac; 51.8 bu/ac; 4.4 Mt | 2.9 M ac; 50.8 bu/ac; 4.0 Mt | ~2.9 M ac (+0.2%) |
| Winter wheat | 1.0 M ac (est.) | 1.2 M ac; 89.6 bu/ac; 2.9 Mt | Down nationally; Ontario still dominant |
Typical yields (OMAFRA Pub 60 Field Crop Budgets, 2024 ed.):
For county-level breakdown see op-sw-ontario-grain-county-acreage-2024.
Sources: Statistics Canada The Daily — March 12 2025, June 27 2025, September 17 2025, December 4 2025, March 5 2026; StatCan The Daily "Production of principal field crops, November 2024" (December 5, 2024); OMAFRA Publication 60 Field Crop Budgets (January 2024).
Confidence: Inferred — no published province-level on-farm-vs-custom drying split; named operators verified from public facility pages and trade press.
Ontario's commercial elevator network provides hundreds of tonnes per day per site of custom drying capacity. On-farm drying remains the majority share at peak because corn typically comes off too wet to truck efficiently.
Named SW Ontario commercial dryers:
Custom drying economics. Per-point/bushel custom charges vary by elevator, with shrink factors that can effectively raise the price above on-farm propane equivalent at moisture removals above 8 points. Operators compare on-farm propane (see op-grain-drying-propane-math) against elevator quotes using the GFO Grain Drying Cost Calculator (see reference-gfo-grain-drying-cost-calculator).
Sources: BroadGrain Commodities facility pages; The Review (Vankleek Hill), November 2019; Ontario Agri Business Association member directory.
Confidence: Verified for named counties (Huron, Middlesex, Elgin, Haldimand, Brant 2024); Estimated for current-year figures in Perth, Oxford, Wellington, Norfolk.
Agricorp 2024 Insured Acres (Production Insurance), soybean detail:
| County | 2024 insured soybean acres | Soybean AFY (bu/ac) |
|---|---|---|
| Huron | 167,622 | 52 |
| Middlesex | 137,962 | 52 |
| Elgin | 95,573 | 52 |
| Haldimand | 82,506 | 43 |
| Brant | 31,081 | 47 |
Perth, Oxford, Wellington, and Norfolk each show >50,000 insured corn acres per 2021 Agricorp data; current-year county-level figures require a fresh pull from the OMAFA dataset below.
Canonical county source. Live county figures for all SW Ontario counties are published in the OMAFA "Ontario field crop area and production estimates by county" dataset on data.ontario.ca — files ctygcorn.xlsx and ctysoy.xlsx, last updated March 4, 2025, covering 2004–2024. For any page anchored to county acreage numbers, pull from that dataset rather than from this entry.
Provincial context in op-ontario-grain-acreage-2025. County-by-county service-area geography in the geo-*-county series.
Sources: Agricorp 2024 Insured Acres by County (Production Insurance, July 2024); OMAFA "Ontario field crop area and production estimates by county" (data.ontario.ca, updated March 4, 2025).
Confidence: Verified (resource exists; URL not pinned in this entry).
The Grain Farmers of Ontario (GFO) Grain Drying Cost Calculator is the industry-standard customer-facing tool for comparing on-farm drying against commercial elevator drying on a per-year basis.
What it does. Takes the year's expected wet bushels and moisture, propane price, electricity cost, and elevator quote (per-point/bushel rate + shrink factor) and returns the per-bushel cost of each pathway. The answer flips with volume, dryer age, and intake moisture — there is no universal on-farm-vs-elevator answer.
Where it's referenced. Ontario Grain Farmer magazine and Farmtario cite the calculator in drying-season coverage each fall.
Operator implication. For a fact-check or recommendation involving the on-farm-vs-elevator decision, cross-link to this calculator landing page rather than asserting a generic break-even.
Related concepts: op-grain-drying-propane-math, op-sw-ontario-commercial-elevator-footprint.
Confidence: Verified.
Named voices and outlets used as primary sources for Ontario grain articles, KB entries, and customer-facing pages.
Grain Farmers of Ontario (GFO) leadership:
GFO communications: Ontario Grain Farmer magazine and the GrainTALK newsletter.
OMAFA grain specialists (note: ministry rebranded OMAFRA → OMAFA — Ontario Ministry of Agriculture, Food and Agribusiness — in 2024; Minister Trevor Jones):
reference-omafra-pub-24-005-grain-dryers); Ontario authority on grain-dryer energy.Named operators publicly quoted on drying-season decisions:
Ontario-relevant trade press:
Naming convention reminder. When citing OMAFRA Pub 24-005 (March 2024), the legacy "OMAFRA" name is correct because the publication predates the rebrand. For post-2024 ministry references, use "OMAFA." Both names are current in context.