Your tank manufacturer won’t tell you that “delivered” only means the truck will park at your curb. The hardest part of buying brewery or distillery tanks is getting them off the delivery truck and into your building. Most manufacturers sell equipment under terms like “FOB” (Free on Board) or “delivered.” What they omit is that moving a fragile stainless steel vessel from a flatbed trailer onto your production floor is entirely your responsibility. You must hire the crane, coordinate the rigging crew, modify your building to fit the tanks, and secure the right insurance before anyone lifts a single piece.
The Gap Between “Delivered” and “Installed”
When your invoice says “delivered,” the commercial freight company only agrees to drive to your street address. The driver unstraps the load and waits for you to remove it. They do not unload the tanks, bring a forklift, or help you push them inside.
If your tanks are manufactured overseas, they often arrive in standard closed shipping containers. This requires a heavy-duty forklift and a ramp to drag the tanks out, increasing the risk of damaging the legs. Paying extra for Open Top (OT) or Flat Rack (FR) shipping containers allows a crane to lift the tanks straight up, saving hours of labor and reducing risk.
Domestic freight typically arrives on a step-deck flatbed trailer. Dedicated flatbed freight costs between $1,500 and $4,500 per load depending on distance. If your tanks are wider than 8.5 feet, they trigger oversized load restrictions, requiring wide load permits and potentially escort vehicles, which can double your freight costs.
When the truck arrives, you usually get two free hours to unload. After that window, you face truck detention fees of $100 to $150 for every hour the driver waits. If your lifting equipment isn’t ready, you pay a penalty just to look at your tanks.
Who Really Coordinates the Crane? You Do.
Tank manufacturers build metal vessels; they do not coordinate heavy lifting. The burden of hiring a crane, securing municipal permits, and timing the arrival of all parties falls on you.
Crane Rental Costs and Minimums
Cranes are rented by the hour. For standard 15 to 60-barrel (BBL) tanks with solid street access, you need a 30 to 60-ton crane, costing $200 to $400 per hour. If placing large outdoor grain silos or reaching over an existing building, you need a 100-ton crane or larger, costing $400 to $750 or more per hour.
Crane companies enforce a strict 4-hour or 8-hour daily minimum. If picking the tanks off the truck takes 45 minutes, you still pay the full minimum rate. Expect an additional mobilization fee—a flat charge of $500 to $2,000 to drive the crane from their yard to your facility and back.
Site Walks and Hidden Hazards
A reputable crane company will insist on a site walk before quoting. They check for overhead power lines, underground utility vaults, hollow sidewalks, and overhanging branches. Hitting a power line is a fatal hazard and shuts down the job site. Setting a crane outrigger on a hollow sidewalk above a basement vault will punch straight through the concrete.
Street Permits and Public Access
Setting up a crane usually requires blocking a street, a sidewalk, or parking lanes to deploy stabilizing outriggers. This requires city permits.
Street closure and right-of-way permits cost between $500 and $2,000. They require significant lead time; most cities demand two to four weeks of notice. If your city requires off-duty police or professional traffic flaggers to manage the blocked road, expect to pay an additional $50 to $100 per hour per person.
The Hidden Costs of Building Modifications
Equipment specification sheets provide the outer dimensions of your tanks, but they do not account for moving those tanks into your building.
Door Size Realities
A standard 36-inch commercial man door is too small for brewery tanks. Even a 72-inch double door often fails for anything over a 7 BBL system due to tank legs, protruding cooling pipe manifolds, and required forklift clearance.
You need a minimum 10x10 foot roll-up garage door to allow a heavy-duty forklift to drive directly into the cellar space. If existing doors are too small, you must hire a masonry contractor to tear down a block wall, move the tanks in, and rebuild it. Temporary masonry removal and replacement costs $3,000 to $10,000.
Dropping Tanks Through the Roof
When expanding a brewery in a tight urban environment, removing a wall isn’t always an option. If the layout is a maze of tight hallways, the only way in is straight down.
Dropping tanks through the roof is expensive. You must hire a roofing contractor to cut a large hole and pay a structural engineer $1,000 to $3,000 to verify the opening won’t compromise the building’s integrity. The crane must blind-drop the tanks through the opening. Once inside, the roofer must immediately patch and seal the hole.
Floor Loading and Epoxy Curing
Fermenters exert an extreme point load on the floor. A 30 BBL tank can weigh over 10,000 pounds when full, focused on four small steel feet. Standard 4-inch concrete floors will crack under this pressure. You often need to pour new 6 to 8-inch reinforced concrete pads before the tanks arrive.
If you are pouring new concrete pads or re-sloping floors for trench drains, you must let the concrete cure—usually for 28 days—before applying urethane cement or epoxy coatings. The floor coatings must be fully cured before tanks can be installed, adding another 7 days to the timeline.
Rigging Realities: Moving Stainless Steel Safely
Once the crane takes the tank off the truck, the job shifts to brewery tank industrial rigging. Rigging is the process of securing, lifting, moving, and placing heavy objects.
Stainless steel brewery tanks are incredibly strong when holding internal pressure but fragile when squeezed from the outside. Wrapping a standard chain or strap around the middle of a fermenter and pulling tight will crush the glycol cooling jackets and destroy the tank.
Rigging Crews and Specialized Equipment
Professional rigging crews cost $300 to $500 per hour, which typically covers a working foreman and two experienced riggers.
They bring gear required for delicate stainless steel. They use spreader bars—heavy steel beams that hold lifting straps vertical so they never squeeze the tank sides. They use synthetic nylon slings instead of steel chains to avoid scratching the polished metal. They also use machinery skates—low-profile dollies—to roll tanks into corners where a forklift cannot fit.
Forklift Extensions and Center of Gravity
Brewery tanks, especially cone-bottom fermenters, are top-heavy. A forklift operator who doesn’t understand the exact center of gravity can easily tip the tank forward when braking.
Standard forklift tines are 42 to 48 inches long. Brewery tanks are often 60 to 90 inches wide. Riggers use properly rated fork extensions, often 6 to 8 feet long, to support the entire width. Pushing a tank with short forks will cause it to slip off the edge.
Unloading and rough spotting—placing the tanks in their general area—usually takes a full working day for a batch of two to five tanks.
The Insurance Gap: Who Pays if a Tank Drops?
Your standard business liability insurance does not cover specialized heavy lifting. The tank manufacturer’s cargo insurance ends the absolute second the truck driver unstraps the load at your curb.
If lifting equipment fails and a tank falls, you are fully exposed. Standard general liability policies carried by most contractors often cover secondary damage to the building but specifically exclude the item being lifted.
To protect your investment, verify that both the crane company and the rigging crew carry specific “On-Hook” liability or “Riggers Liability” coverage. This policy covers the actual item suspended in the air.
Before any equipment arrives, demand a Certificate of Insurance (COI) from your lifting contractors. Ensure your business is listed as an additional insured. Check the policy limits directly; if they are lifting a $60,000 brite tank, their On-Hook coverage must exceed $60,000. If they lack this exact coverage and a strap snaps, you take the complete loss.
Getting Ahead: Your Pre-Shipment Coordination Plan
Successful installations are won or lost in the weeks before the equipment ships. Start planning logistics the day you wire your deposit. For a structured framework, review how to plan a critical lift.
4 to 6 Weeks Before Delivery
Measure every inch of the travel path. Do not trust architectural blueprints; take a physical tape measure to the space. Measure the street width for crane outriggers, the exact door frame dimensions, the lowest hanging ceiling pipe, and the turning radius required to reach the cellar.
Hire your rigging contractor and crane operator early. Book their time and apply for any required city street closure or sidewalk blocking permits.
2 Weeks Before Delivery
Request the final, exact shipping dimensions and weights from the tank manufacturer. Forward these details and tank photos to your rigging crew so they can secure the exact length of nylon slings and correct width of spreader bars.
Collect the Certificates of Insurance from your rigging and crane contractors. Verify the On-Hook liability limits and ensure your business name is correctly spelled on the additional insured line.
The Day Before Delivery
Clear the entire travel path inside the building. Move all wooden pallets, hoses, empty kegs, and portable pumps. Sweeping the floor is mandatory; a single stray bolt can jam a machinery skate carrying a 3,000-pound tank, causing it to tip over.
Ensure all floor trench drains are covered and plated with heavy steel plates if machinery will cross them.
Delivery Day
Assign one person from your team to handle logistics, sign paperwork, and direct the trucks. Keep everyone else away. Do not let your brewing staff try to help the professional riggers push or stabilize the tanks.