A new manufacturing building interior with crane runway beams, an overhead crane and a thick sealed concrete floor

Sector · Manufacturing and distribution

Manufacturing and Distribution Facility Construction in Calgary

Plants, shops and distribution buildings designed around the process inside them: the machines, the power they draw and the loads they put on the floor.

Manufacturing facility construction in Calgary starts from the inside out. A warehouse is designed around racking and trucks. A plant is designed around the process: where the raw material comes in, which machines it passes through, how heavy those machines are, how much power and air they draw, and what dust, fumes or heat they give off. Get the equipment list in front of us early, with weights and electrical loads, and the building can be designed to carry it.

Slabs built for machines

A standard warehouse slab is designed for racking and forklifts. Manufacturing floors often carry far more: presses, CNC machines, heavy fabrication tables and stacked material. Heavy machines usually need their own thickened foundations, isolated from the main slab, so their vibration does not crack the floor around them or disturb precision equipment nearby.

A thick reinforced slab with a deep machine foundation pad and anchor bolt templates
Heavy machines get their own foundations, isolated from the main slab.

The expensive mistake is pouring the floor first and finding out later where the machines go. Cutting out a cured slab to add a machine foundation costs several times what it would have cost to form it in the first place.

Power, air and process services

Manufacturing runs on 3-phase power, and the size of the service is one of the first questions we answer. Calgary's utilities need time to design and install a larger service or a new transformer, and that lead time often sets the opening date more than the building itself. Overhead busway lets you plug machines in where they land and move them later.

Compressed air, process water, gas for heating or ovens, and drains for process water all have to reach the right machine positions. Running them overhead in a planned grid is much easier than chasing them through finished walls.

Ventilation and dust control

Welding fumes, grinding dust, wood dust, paint overspray and process heat all need to be captured and removed. That means local extraction at the source, a dust collector sized for the shop, make-up air to replace what is exhausted, and in some cases explosion-protection measures for combustible dust. Paint booths and spray areas have their own code rules and fire protection.

A cyclone dust collector with galvanized ductwork branching to machine positions
Make-up air is sized with the dust collector. Exhaust without it starves the building.

Make-up air is the part owners forget. Every cubic foot of air a dust collector or welding exhaust removes has to come back in, heated, in a Calgary winter. Size the make-up air with the extraction, or the doors will be hard to open and the heaters will never catch up.

Crane-ready structure

If you have or plan an overhead bridge crane, the building's columns, crane runway beams and foundations have to be designed for it. Adding a crane later to a building that was not designed for one usually means new columns and footings beside the old ones. Even if the crane is a few years away, designing the structure for it now is much cheaper.

Food processing plants

Food processing facilities add another layer. They need Alberta Health Services approval or, depending on the product and where it is sold, federal food safety rules. The building has to be cleanable: washable wall and ceiling finishes, sloped floors to drains, separation between raw and finished areas, and often cold rooms or freezers. Those finishes and the refrigeration are what push food plants to the top of the cost range.

Industrial prequalification

Many industrial clients, especially in energy and its supply chain, prequalify contractors before they can bid: COR or SECOR safety certification, a WCB-Alberta clearance letter, insurance and bonding, and a safety program that meets their own standards. Our general contractor guide explains what each of those means and how to check them for any contractor you consider.

What a manufacturing facility costs

FacilityPlanning range (as of 2026, varies by scope)
Manufacturing or distribution facility$150–285 per sq ft
Cold storage or food processing$240–400 per sq ft

The range moves with the slab and foundations, the electrical service, ventilation and dust control, any crane, and the finishes the process needs. Process equipment is usually separate. For a plain storage and distribution building, see our warehouse construction page.

Zoning and site

Calgary's industrial land use districts decide what can be manufactured where, how close to residential areas it can be, and what outdoor storage is allowed. Truck access, outdoor storage, fire department access and storm water all come out of the development permit. In the Foothills Industrial Area and other established districts, existing buildings can often be converted for manufacturing, but the floor, the power and the ventilation usually need upgrading.

Fire protection for industrial buildings

Industrial buildings are classified by what they hold and what they make. The building code's industrial occupancy groups range from low hazard to high hazard, and the classification decides sprinkler design, fire separations, building area limits and exits. Storage of combustible materials, flammable liquids or plastics can change the sprinkler system entirely.

Agree on the classification with your engineers before the building is designed. A building designed for low-hazard use that later stores flammable liquids may need a new sprinkler system, rated rooms and spill containment.

Offices, washrooms and staff areas

Most plants include an office area, washrooms, a lunchroom and change rooms for production staff. These are often placed along the front of the building, sometimes with a mezzanine above for additional offices or storage. Separate the office areas from production noise and dust with good walls and their own ventilation, and keep staff routes clear of forklift traffic.

Schedule and lead times

The utility service, the structural steel and any crane are usually the long-lead items in a manufacturing project. Machine foundations and embedded items need equipment drawings from the machine suppliers before the slab can be poured, so the equipment orders and the design have to move together. We build the schedule around the equipment delivery dates, so the building is ready to receive each machine when it arrives.

What plant owners ask before they build

Can an existing warehouse be converted into a manufacturing plant?

Often, but check three things first: whether the slab can carry the machines, whether the electrical service is big enough, and whether the roof and walls can take new exhaust and make-up air. A change of use permit may also be needed.

How much power does a manufacturing plant need?

It depends on the equipment list. We add up the connected loads with your electrical engineer early, because a larger service from the utility can take months.

Should we design for a crane we do not have yet?

If one is likely in the next few years, yes. Designing the columns and foundations for a crane now costs far less than adding them later.

Why do food plants cost more?

Cleanable finishes, sloped floors and drains, separated areas and refrigeration. As of 2026, cold storage and food processing plan at about $240 to $400 per square foot.

Send us the equipment list

Send the site or building address, the equipment list with weights and power needs, and a rough process layout. We will tell you what the building has to carry and give you a planning budget.

Send the equipment list

Or call (403) 273-3202