Residential License # 890459
Commercial License # 3667
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Residential License # 890459
Commercial License # 3667
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An outdoor kitchen in New Orleans usually needs four utility runs: gas for the cooking appliances, electrical circuits for outlets and refrigeration, water for the sink, and a waste route for the drain. All four have to be roughed in before slabs, footings, and finishes go down, because retrofitting them afterward means cutting up finished work. Gas, electrical, and plumbing all belong to licensed trades.
The cabinetry and the counters are what people picture when they plan an outdoor kitchen. The utilities are what decide whether the build goes smoothly or turns into a demolition job halfway through.
The order is unforgiving here in a way indoor remodeling is not. At TurnKey Outdoor Designs, we sequence outdoor kitchen projects around the utility runs first, because every finish decision downstream depends on them being in the right place.
Here is what an outdoor kitchen actually needs, when each piece has to happen, and what local conditions change. Contact us today to have the utility side scoped before any layout gets finalized.
An indoor kitchen sits inside a conditioned building with utilities already routed to it. An outdoor kitchen is a set of new runs extending from the house into an environment that is wet, hot, and exposed.
Everything that touches those runs has to be rated for that environment. Outdoor-rated devices, weather-resistant enclosures, and corrosion-resistant materials are not upgrades in this context, they are the baseline.
The other difference is access. Indoors, a wall can be opened and closed again for a fraction of what it costs to break out a poured slab or lift a finished patio, which is why sequencing matters more outside than in.
Four runs cover almost every build. Which ones you need depends entirely on the appliance list, which is why the appliance decisions have to come before the utility design.
A built-in gas grill or burner needs a dedicated gas run rather than a portable cylinder. That run has to be sized for the total demand of everything connected to it, not just the largest appliance.
Sizing is the part homeowners most often get wrong by assumption. A line that feeds a grill comfortably can starve once a side burner and a smoker join it. Distance from the meter and the number of fittings along the route both factor into that calculation, which is why the appliance list has to be settled first.
Gas work belongs to a licensed professional, and jurisdictions generally require a permit as well. We coordinate it, and a licensed professional designs, runs, tests, and connects it.
Outdoor kitchens usually need more electrical capacity than people expect. Task lighting, a refrigerator, an ice maker, ventilation, and general-purpose outlets add up quickly, and a refrigerator that shares a circuit with everything else is a nuisance-trip waiting to happen.
Outdoor receptacles carry specific requirements. Electrical codes call for ground-fault circuit-interrupter protection on outdoor receptacles, and for weather-resistant devices with covers rated to stay protective while something is plugged in.
Load calculation belongs with the electrician, not the estimate. Whether the existing panel can take the new load is one of the first things worth answering.
A sink means a supply line, and outdoors that line has to be protected from both freezing and contamination. Where the line ties in, and whether it needs a dedicated shutoff, are decisions made at design rather than at install.
A shutoff you can actually reach matters more than it sounds. It is what lets the line be isolated and drained ahead of a cold snap without shutting down the house.
Hot water is a separate decision. Running it out is a bigger job than most people assume, so it is worth deciding early rather than adding later.
The drain is the run that gets forgotten. A sink produces waste water that has to reach an approved connection, and where that connection is allowed to be is set by local rules rather than by convenience.
Slope governs whether it works at all. Waste runs on gravity, so the sink’s height, the distance to the connection, and the fall available between them determine what is possible.
This one deserves an answer before the layout is fixed. A sink placed where no viable drain route exists is a design problem that only surfaces once the trench is open.
Before anything permanent. That is the whole answer, and the sequence below is what it looks like in practice.
The expensive mistake is discovering at step 6 that something at step 4 landed in the wrong place. Our outdoor kitchen builds hold the layout at a full-size mark-out before trenching, so appliance positions are confirmed on the ground rather than on a drawing.
Adding a utility after the build is not impossible, it is just disproportionately expensive. Running a new circuit to a finished island generally means cutting concrete, which is why an unused conduit left in place during rough-in is cheap insurance.
Three local factors change how the work gets specified here, and all three trace back to water.
Constant humidity and salt-carrying air are hard on outdoor electrical enclosures, fasteners, and any metal in the assembly. Corrosion-resistant hardware and properly sealed enclosures are the specification, not the upgrade.
A high water table matters at trench depth. Ground that holds water changes how trenches are dug, bedded, and backfilled.
Anything left unsealed becomes the entry point. That is where an install fails first, and it is almost always a detail rather than a component.
Many local homes sit raised, which changes where runs can originate and how they reach the outdoor kitchen. Underfloor space is often the practical route, and it is also a space where access, clearance, and existing services all have to be worked around.
Elevation differences also affect the drain. A gravity waste run needs consistent fall, and a raised house can make that harder rather than easier.
That is worth confirming before a location is chosen. A layout that works on paper can be impossible once the actual route is walked.
Putting a cooking appliance under a roof changes the requirements. Clearances, ventilation, and appliance ratings all differ between open-air and covered installations, and a grill rated for open air is not automatically suitable under a solid roof.
Manufacturer specifications govern that, and they vary by appliance. Confirm what a given unit permits before the structure above it is designed.
Where the two are planned together it is straightforward. Our covered structure over the cooking area gets designed around the appliance clearances rather than the other way round.
Start with the appliance list and the permit question, because everything else follows from those two. A layout designed before the utilities are understood tends to get redrawn once the trades see it.
At TurnKey Outdoor Designs, we coordinate the licensed trades and hold the build until the rough-in is inspected and signed off. Call us today to scope the utility side of an outdoor kitchen before design goes final.
Usually more than one. Refrigeration, lighting, and general-purpose outlets each draw differently, and putting a refrigerator on a shared circuit invites nuisance trips. An electrician should run a load calculation to confirm whether the existing panel can carry the addition before the layout is finalized.
Usually, yes. Permit requirements depend on what the project includes, and gas, electrical, and plumbing work commonly trigger them. Because triggers and processes vary by jurisdiction, confirm what applies at your address with the local building authority before excavation rather than after.
Yes, and it is work for a licensed professional. The run has to be sized for the combined demand of everything connected to it, then pressure tested and, where required, inspected before it is covered. This is not a project to take on yourself under any circumstances.
Yes. Electrical codes require ground-fault circuit-interrupter protection for outdoor receptacles, along with weather-resistant devices and covers that stay protective while something is plugged in. Local adoption varies, so your electrician will confirm exactly what the currently adopted code requires for your installation before the receptacles are placed.
To an approved waste connection. Draining an outdoor sink to the yard is generally not acceptable, and what counts as approved is set by local rules rather than by convenience. Confirm the permitted route with the local building authority before the sink position is fixed, since gravity fall limits the options.
Yes, but it costs far more than doing it at rough-in, because the runs usually have to pass under finished slabs or through completed structures. Leaving spare conduit in the trench during the original dig is inexpensive insurance against exactly this.
They can freeze and split if there is no way to drain them. Outdoor supply lines need a way to be isolated and emptied ahead of a freeze, which is why an accessible shutoff is part of the design rather than an afterthought. Even in a mild climate, occasional hard freezes are enough to damage a line left full.
Licensed professionals in each trade, coordinated as part of the overall build. A contractor can sequence the work, hold the schedule, and make sure rough-in is inspected before anything is covered, but the gas, electrical, and plumbing connections themselves belong to licensed trades.
Turnkey Outdoor Designs 
