Commercial Refrigeration in London, Ontario for Processing, Campus and Market Retail

By building the project around a window the plant already has — a planned maintenance break, a changeover weekend or a scheduled shutdown — rather than trying to find one that does not exist.

Where several rooms are involved, the changeover is usually sequenced so one room is dealt with at a time and product is moved rather than lost. That sequence is agreed in writing before the project is booked, and the isolation, hoarding and cleaning requirements around a live food plant are planned with it.

That is the first thing to establish, and it is worth doing before choosing any equipment. Stall services are usually shared and modest, which rules some formats out immediately and makes self-contained cabinets more attractive than remote systems.

Where the supply is tight, the practical route is display sized to what the stall can carry, with holding capacity somewhere the building can support it. We would rather tell you a piece of equipment will not work than sell it and let you discover that at the breaker.

Yes, and along this corridor it is usually the better way to run the work. Surveys can be batched onto one trip, equipment can travel on a consolidated load where the timing lines up, and installation can be sequenced site by site.

The practical requirement is that the sites share a build standard, so the same panel, door and controller specification applies unless a building genuinely forces an exception. That is exactly how multi-site programmes are planned.

Survey, design sign-off, fabrication and delivery scheduling all have to be complete before the window starts, which means the conversation begins a term earlier than most people expect.

It is also worth surveying while the kitchen is still in service. Watching how the space actually works during term tells us more about sizing and door placement than an empty room in June ever will.

Often yes, but not always at the size people first ask for. The real questions are how much product has to be pulled down at once, how long it dwells before it moves, and whether losing throughput in the peak fortnight costs more than the idle months do.

Modular panel construction gives you a middle path: build to a sensible size now and extend the room before a bigger season rather than replacing it. What happens in the off-season — shut down, run at a holding condition, or repurpose — is worth deciding at design stage.

It narrows the options rather than closing them. Plenty of self-contained and smaller remote packages run happily on single-phase, and for a modest cold room or a display line that is frequently all that is needed.

Larger rooms, low-temperature freezers and multi-case display lines usually want three-phase, and at that point the question becomes what a service upgrade would cost against what the operation genuinely needs. We will price both routes rather than assuming the upgrade.

London gets heavy, fast accumulation off the lake, and the usual failure is not dramatic — it is a unit that becomes awkward to reach, so coil cleaning quietly stops happening between November and April.

The design answers are stand height above realistic accumulation, clearance on the service side, a position out of a drift line, and a condensate route that will not freeze and back up. All decided at siting, none of it fixable afterwards without moving the unit.

It is the best time. Refrigeration influences drain positions, panel capacity, service routes, ceiling clearances and where an exterior unit can sit, and all of those are cheap to get right on a drawing and expensive to correct in a finished shell.

We can quote from a floor plan and refine after a survey. What that avoids is the common sequence where the space is built, then the refrigeration is squeezed into what is left.