The American food and beverage industry is in a period of sustained capital investment. Craft brewing has expanded from a handful of regional producers to over 10,000 active breweries. Distilling — once dominated by a dozen major brands — now includes hundreds of craft whiskey, bourbon, gin, and spirits producers building purpose-built distillery facilities. Large-scale food processing has concentrated into larger, more automated plants that require the installation of process equipment that routinely exceeds standard highway transport limits. And the dairy sector continues to upgrade aging processing infrastructure with modern pasteurization, evaporation, and powder production equipment that arrives in large, heavy format.
Every one of these expansions and upgrades involves moving equipment that is often oversize, overweight, or both. A 200,000-liter brewery fermentation tank is 14 feet in diameter and 40 feet tall when fabricated — it ships on its side, but still requires overwidth and overheight permits to reach its destination. A large falling-film evaporator for a dairy powder plant may arrive in multiple vessel sections, each 12 feet in diameter and requiring oversize permits, followed by the effect bodies, condensers, and separator vessels on subsequent loads. R&RM LLC has been transporting industrial equipment and oversize loads across all 48 continental states since 2011. This guide covers the major heavy haul equipment categories the food and beverage industry generates and the transport logistics considerations that matter for each.
Brewery and Craft Beer Equipment
Fermentation and Conditioning Tanks
Fermentation vessels are the signature large equipment of any brewery. Modern production breweries use large-format cylindroconical fermenters (CCTs) — vertical stainless steel pressure vessels with a conical bottom and a dished or flat top — in sizes ranging from 30 barrels (930 gallons) at a small craft brewery to 6,000 barrels (186,000 gallons) at a major production facility. Transport dimensions depend on the tank's capacity:
- Small craft brewery tanks (30–120 bbl): These vessels are 5 to 8 feet in diameter and 12 to 20 feet tall. They typically ship upright or on their side on a flatbed and may or may not require an oversize permit depending on their as-shipped dimensions. Most small craft brewery installations qualify as standard or light oversize loads.
- Regional brewery tanks (120–600 bbl): Fermenters in this range are 8 to 11 feet in diameter and 20 to 30 feet tall. Shipped on their sides, these vessels exceed 8 feet 6 inches in diameter, requiring overwidth permits. Some vessels in this range also exceed 13 feet 6 inches in height as shipped, requiring overheight permits as well.
- Production brewery tanks (600–6,000 bbl): Large production brewery fermenters are 12 to 18 feet in outside diameter when fabricated. Shipped horizontally, these vessels require overwidth permits (for widths above 8 ft 6 in) and in many cases overheight permits (for diameters above 13 ft 6 in as shipped). Vessels 14 feet and above in diameter typically require superload permits for width and may require route surveys and police escort.
Conditioning tanks (bright beer tanks / brite tanks), hop backs, whirlpools, and hot liquor tanks ship with similar dimensional profiles to fermenters of comparable capacity. Brewhouse vessels — mash tuns, lauter tuns, and brew kettles — are typically wider than they are tall, and large kettles can be 10 to 15 feet in diameter and require overwidth permits for highway delivery.
Brew House and Canning Line Equipment
Beyond the tanks, a full brewery installation includes several other pieces of equipment that may require oversize or overweight permits:
- Grain handling systems: Large malt silos for production breweries — 20,000 to 100,000-pound capacity vertical grain storage bins — require overwidth and overheight permits. Individual silo sections for field-erected bins ship as large cylindrical pieces, each typically 10 to 16 feet in diameter.
- CO2 recovery and storage: Production breweries recover fermentation CO2 for carbonation. CO2 storage vessels (ASME pressure vessels, typically 50 to 300 ton capacity) are large horizontal cylinders — 6 to 10 feet in diameter and 20 to 40 feet long — that require oversize permits for pressure vessel transport. These are the same permit considerations as for industrial pressure vessels generally.
- Canning and packaging lines: High-speed canning lines for production breweries are large, long automated systems — 60 to 150 feet of conveying, filling, seaming, rinsing, and palletizing equipment. Individual sections of automated packaging lines are typically transported on standard flatbeds, but the aggregate shipment for a full production canning line may be 10 to 30 loads.
- Refrigeration compressor packages: Large glycol chiller and refrigeration compressor skids for production brewery process cooling weigh 20,000 to 80,000 pounds per package unit. These are heavy industrial refrigeration packages that may approach overweight limits on a standard flatbed, requiring permit consideration.
Distillery Equipment
Pot Stills and Continuous Column Stills
Distillation equipment — the stills where fermented wash is concentrated into spirits — varies widely by the type of product being made, but all large still configurations generate oversize transport demand:
- Copper pot stills: Traditional copper pot stills used in whiskey and craft spirits production are fabricated vessels, typically 500 to 20,000-liter capacity. A large pot still (10,000+ liters) with its attached lyne arm, worm tub, and condenser may be 10 to 14 feet in its widest dimension as shipped, requiring overwidth permits. The lyne arm — the angled pipe connecting the still pot to the condenser — is a fragile copper fabrication that requires careful blocking and support during transport to prevent bending at the joint to the pot.
- Column stills and continuous distillation columns: Continuous column stills — beer stills, doublers, and spirit columns used in production bourbon, rye, and grain whiskey distilleries — are tall, narrow distillation columns. A large beer column for a major bourbon distillery can be 6 to 10 feet in diameter and 60 to 100 feet tall. These columns ship as multiple flanged sections — typically 20 to 30-foot column sections that are field-assembled — each requiring overwidth permits for diameters above 8 feet 6 inches. The complete set of column sections for a large distillery installation may be 5 to 15 individual loads.
- Condensers and heat exchangers: Large shell-and-tube condensers for distillery process cooling are ASME pressure vessels — cylindrical heat exchangers 4 to 8 feet in diameter and 10 to 30 feet long, weighing 10,000 to 60,000 pounds. These require the same oversize and overweight permit approach as any industrial process heat exchanger or pressure vessel.
- Aged spirits storage tanks: Large bulk spirit storage vessels — stainless steel blending tanks used before bottling and barrel aging — can be 10 to 14 feet in diameter and weigh 30,000 to 80,000 pounds empty. These are similar in transport profile to brewery fermenters of comparable size.
Barrel Warehouses and Racking Systems
The bourbon and whiskey industry's growth has driven a surge in barrel warehouse construction — multi-story rick houses holding hundreds of thousands of aging barrels. Prefabricated steel rick house structures (the multi-level rack systems inside the warehouse) ship as structural steel assemblies — beams, columns, and cross-bracing. Individual long structural members require overlength permits for pieces exceeding 53 feet; heavy wide-flange steel sections for large warehouse structures can approach overweight limits for long-span members. The prefabricated steel structures for a rick house addition are typically 5 to 30 loads of structural steel, each within standard flatbed capacity. See our guide on structural steel and bridge beam transport for more on long structural steel moves.
Dairy Processing Equipment
Pasteurizers and Heat Treatment Equipment
Milk pasteurization is a continuous, high-temperature process that requires large plate heat exchangers, holding tubes, and balance tanks. Large HTST (high-temperature short-time) pasteurizer systems for high-volume dairy plants include:
- Large plate heat exchangers: Plate-and-frame heat exchangers for high-capacity dairy pasteurization weigh 5,000 to 30,000 pounds per unit, depending on the number of plates and flow capacity. These are compact units that generally ship on flatbeds within overweight permit territory for the heaviest configurations.
- Balance tanks and surge vessels: Stainless steel balance tanks for pasteurization lines are horizontal cylindrical vessels, typically 3 to 8 feet in diameter and 10 to 20 feet long. Larger surge vessels and silo tanks for raw milk reception — 20,000 to 200,000-liter capacity — are significantly larger and follow the same oversize permit path as brewery fermenters of comparable size.
- UHT systems: Ultra-high temperature (UHT) processing for shelf-stable dairy products uses large indirect heating and cooling systems with multiple heat exchanger banks, aseptic tanks, and filling machines. UHT system components ship as assembled skids (20,000 to 80,000 pounds per skid) and tall vertical holding tubes, with transport dimensions similar to other large dairy process vessels.
Evaporators and Spray Dryers
Dairy powder production — skim milk powder, whole milk powder, whey protein concentrate, and cheese powder — requires large evaporation and spray drying systems that are among the largest pieces of equipment in the food processing industry:
- Falling-film evaporators: Multi-effect falling-film evaporators used in dairy powder and concentrated whey production consist of a series of vertical shell-and-tube evaporator vessels (effects), each 8 to 14 feet in diameter and 40 to 60 feet tall, plus condensers and vapor separators. Each effect body ships as a single oversize load requiring overwidth permits and, for the largest vessels (12 feet diameter and above), overheight permits. A complete 5-effect evaporator for a large dairy powder plant may involve 15 to 30 individual oversize loads.
- Spray dryers: A large dairy spray dryer consists of a tall cylindrical drying chamber — 15 to 30 feet in diameter and 30 to 60 feet tall — with an integrated cyclone separator and powder conveying system. Spray dryer chambers too large to transport intact ship as field-erected assemblies of fabricated shell sections; each section is typically 10 to 16 feet in diameter when fabricated. The spray dryer chamber sections for a large installation require superload-class permits for width. The spray nozzle manifolds, air handling units, and fines return systems ship separately as oversize loads.
Milk Silos and Refrigerated Storage
Large vertical stainless steel storage silos for raw milk, cream, and finished dairy products are among the tallest food processing vessels encountered on the highway. A 500,000-liter milk silo is typically 12 to 15 feet in diameter and 45 to 60 feet tall. These are field-erected by welding individual shell sections together — each section is 10 to 15 feet wide and requires an oversize permit. The cylindrical dished heads for large silos may be the widest individual component in the shipment and require permit-based transport planning.
Food Processing Plant Equipment
Batch Cooking and Blending Systems
Large-scale food manufacturing — soups, sauces, condiments, canned goods, and prepared meals — uses large jacketed batch kettles, blending vessels, and cook-cool tanks. Industrial batch kettles for large production facilities hold 2,000 to 20,000 gallons and weigh 10,000 to 60,000 pounds empty. Wide-diameter mixing vessels (8 to 12 feet in diameter) require overwidth permits for transport. Tilting kettle assemblies with hydraulic tilt mechanisms are particularly sensitive to load orientation — most manufacturers specify transport in the vertical position to avoid bearing loads on the tilt trunnion.
Retorts and Pressure Sterilizers
Continuous and batch retort systems used in commercial canning and high-pressure food processing are ASME pressure vessels operating at 15 to 50 psig at temperatures above 212°F. Large horizontal retort vessels for commercial canneries — 5 to 8 feet in diameter and 20 to 40 feet long — weigh 20,000 to 80,000 pounds and require the same pressure vessel transport approach as other ASME vessels. High-pressure processing (HPP) equipment — large cylindrical pressure vessels operating at 60,000 to 90,000 psi for cold pasteurization — consists of very thick-wall steel pressure vessels that are extremely heavy for their external dimensions, typically 5,000 to 20,000 pounds per linear foot of vessel length.
Rendering and Fats Processing Equipment
Continuous rendering systems for edible and inedible fats — used in meat packing plants, poultry processing facilities, and dedicated rendering operations — include large screw press cookers, decanters, and fat storage vessels. These are industrial-scale process machines with oversize dimensions similar to other large food process equipment. Large horizontal fat storage tanks for rendering operations hold 50,000 to 200,000 gallons and ship as large horizontal pressure vessels requiring oversize and overweight permits. See our broader coverage of heavy haul for the chemical and petrochemical industry for related process vessel transport information.
Refrigeration and Cold Chain Equipment
Food processing and cold storage facilities require large industrial refrigeration systems. Large industrial refrigeration compressor skids for ammonia systems — the standard industrial refrigerant in food processing — weigh 30,000 to 120,000 pounds per package unit. These are heavy industrial machinery skids requiring RGN lowboy transport for the heaviest configurations. Large evaporative condensers used on the rooftop of cold storage facilities are wide, flat units — 20 to 40 feet wide and 8 to 12 feet tall — that require overwidth permits and in some cases overheight permits for transport to the installation site.
Beverage Processing and Soft Drink Equipment
Syrup and Blending Systems
Large soft drink and beverage manufacturing plants use high-capacity blending and syrup processing systems with large stainless steel batch tanks. Carbonation systems for high-volume bottling plants include large CO2 storage and recovery vessels — the same industrial pressure vessel transport category as brewery CO2 systems. Water treatment systems for beverage plants — reverse osmosis skids, deionization systems, and UV disinfection trains — arrive as large assembled skids, sometimes 10 to 20 feet wide and 30 to 60 feet long, requiring oversize permits.
Bottle Blow Molding and Filling Lines
Large-format PET bottle blow molding machines used for water and soft drink bottling are substantial pieces of equipment — high-cavitation rotary blow molders weigh 30,000 to 80,000 pounds each and require lowboy transport for the heaviest configurations. High-speed rotary fillers for water and carbonated soft drink lines — 50,000 to 100,000 bottles per hour capacity — are large, complex machines weighing 20,000 to 60,000 pounds, typically shipping on a flatbed with overweight permits for the heaviest configurations. Labeling, capping, and palletizing systems for high-speed lines ship as standard industrial machinery on flatbeds.
Permit and Logistics Considerations
Stainless Steel Vessel Surface Protection
Food and beverage processing equipment is fabricated from 304L and 316L stainless steel with highly polished or electropolished interior surfaces that are essential to maintaining hygienic cleaning (CIP) performance. Transport damage to these surfaces — scratches, indentations, or weld distortion from improper blocking — can compromise the smooth interior finish that prevents bacterial harboring and may require costly rework before the vessel can be commissioned. We use rubber-lined contact points, timber cribbing with plastic or rubber pads, and strapping routed through manufacturer-provided lift lugs and tie-down rings rather than over bare stainless steel surfaces.
Oversize Permits for Vessel Diameter
Stainless steel processing vessels for the food industry are consistently wider than the 8-foot-6-inch standard oversize permit trigger. A fermentation vessel, evaporator body, or process tank of 9 feet diameter or larger always requires an oversize permit — and one of 14 feet diameter or larger requires a superload permit in most states. Our permit services team handles permit applications for food industry vessel deliveries, including multi-state corridor permits for vessels shipped from tank fabricators in the Midwest, Pacific Northwest, or Texas to food plants across the country.
Multi-Load Project Coordination for Plant Expansions
A brewery expansion, distillery buildout, or dairy plant upgrade typically involves simultaneous or sequential delivery of multiple oversize loads — fermenters, process tanks, heat exchangers, compressor skids, and mechanical systems. Multi-state permit coordination and delivery sequencing are essential to keeping the project on schedule. Equipment for a new fermentation cellar must arrive before the building steel goes up (if the vessels are installed before the roof), or in a controlled sequence after the building is enclosed if the installation sequence requires ceiling openings. We work with project managers and equipment contractors to build delivery schedules that account for these sequencing requirements and track permit status daily to flag any delay.
Site Access at Food Plants and Breweries
Food processing plants, breweries, and distilleries are often located on industrial park sites with limited access — narrow driveways, low-clearance overhead doors, or tight turning radius into the receiving dock area. Large tank deliveries to craft beverage facilities sometimes require off-site rigging staging, with the vessel transferred to a shorter or more maneuverable trailer for the final approach. We survey site access before the load departs and identify any clearance constraints or turning radius limitations that may require a different trailer configuration or a special delivery approach for the final positioning.
Regions We Serve for Food and Beverage Projects
Southeast — Bourbon Country and Growing Food Processing
The Southeast is home to major bourbon and Tennessee whiskey production — Kentucky and Tennessee lead the nation in distillery construction and expansion. Georgia, Florida, North Carolina, and South Carolina have active food processing growth, including new poultry processing plants, beverage manufacturing, and dairy operations. R&RM LLC is based in Cumming, Georgia and has been serving Southeast industrial clients since 2011. Kentucky and Tennessee distillery equipment deliveries are a significant part of our regional service area.
Midwest — The Food Processing Heartland
The Midwest is the center of US food processing — corn wet milling, soybean crush, ethanol production, meat packing, dairy processing, and grain milling are all heavily concentrated in Iowa, Illinois, Indiana, Ohio, Minnesota, and Wisconsin. Large food industry capital projects in this region generate consistent heavy haul demand for process vessels, heat exchangers, evaporators, and dryer systems. We serve Iowa, Illinois, and the broader Corn Belt with oversize and overweight transport services for food processing capital projects.
Pacific Northwest and California — Beer and Wine Country
The Pacific Northwest is the largest craft brewing region in the country — Portland, Seattle, and the surrounding areas have a concentration of brewing and craft beverage production unmatched elsewhere. California is home to both a large wine industry (stainless steel fermentation tanks, press equipment) and a major commercial food processing sector in the Central Valley. Washington, Oregon, and California are key markets for food and beverage equipment transport.
Texas — Rapid Expansion Across All Sectors
Texas has seen rapid growth in craft brewing, craft distilling, food processing, and dairy production, driven by population growth in the major metros and a business-friendly regulatory environment. Texas is one of our highest-volume state markets for industrial and food processing equipment transport, with efficient oversize permit processing and a strong network of industrial facilities in the Houston, Dallas-Fort Worth, and San Antonio metro areas.
Getting a Quote for Food and Beverage Equipment Transport
To provide an accurate quote for food and beverage equipment transport, we need the following information for each major component in the shipment:
- Equipment type (fermentation tank, evaporator body, still, pasteurizer, etc.)
- Weight (from the fabricator's drawing, a scale ticket, or the manufacturer's specification sheet)
- Overall dimensions as shipped: length, width, and height on the trailer
- Loading/unloading method at origin and destination (crane, forklift, rigging company)
- Origin and destination addresses, including any access constraints at the delivery site
- Required delivery date and any project sequencing requirements (vessel before building steel, etc.)
- Any manufacturer transport specifications or shipping instructions
R&RM LLC handles permit applications, trailer selection, route surveys, and delivery coordination. Call us at (404) 987-6225 or use the form below to start your food and beverage equipment transport quote.