Do I need a permit for a full kitchen remodel in
Longview, Washington?

Longview full kitchen remodel permits — the key details

The Washington State Building Code (2018 IBC + WA amendments) requires a permit whenever you alter the kitchen's structure, mechanical systems, plumbing, electrical, or gas infrastructure. The threshold is deliberately low: moving a single load-bearing wall, relocating a sink (even 2 feet), adding a dedicated circuit for a dishwasher, venting a range hood through an exterior wall, or modifying a gas line all trigger the requirement. IRC Section R602 (Load-Bearing Wall Changes) mandates engineer-stamped calculations if you remove or cut a wall; IRC Section E3702 (Small-Appliance Branch Circuits) requires two independent 20-amp circuits dedicated to counter receptacles, spaced no more than 4 feet apart and protected by GFCI outlets (IRC E3801); IRC Section P2722 (Kitchen Drains) specifies trap-arm length and venting configuration; IRC Section G2406 (Gas Appliance Connections) requires flexible connector supply lines, proper shutoff valves, and pressure-test documentation. Longview's Building Department does not allow 'partial' permits — if you're moving a wall and relocating plumbing in the same remodel, the building, plumbing, and electrical reviews happen under one consolidated permit number, not three separate tickets. This creates accountability but also means delays in any one trade hold up final sign-off.

The city's approach to range-hood venting is a frequent pain point. IRC Section M1502 (Kitchen Ventilation) allows both ducted exhaust and recirculating filters, but Longview's code officer strictly enforces ducting to the exterior — recirculating filters are not accepted as a substitute. The duct termination detail is mandatory on your mechanical plan, including wall thickness, duct diameter (typically 6 or 8 inches), cap type, and insulation R-value. Many homeowners assume they can route a range hood through a soffit or attic; the city requires a dedicated, unobstructed path to daylight on an exterior wall, and the termination cap must face downward with no louvers or dampers that could trap moisture. If your kitchen is on the first floor and you want to terminate on the second-floor exterior wall, you'll need to show penetration details, flashing, and caulking — this often requires additional engineering ($300–$500). Longview Building Department publishes no formal range-hood requirement document, but inspectors consistently enforce ASHRAE 62.2 (ventilation standard), which has been adopted into the WA code.

Longview's location in a mixed-frost-depth zone affects under-floor plumbing routing. West of I-5 (near the Cowlitz River), frost depth is 12 inches; east of I-5, it reaches 30+ inches. If you're relocating drain lines, supply lines, or a gas service in a home with a crawl space, you must either bury pipes below the local frost depth or insulate them (R-13 minimum for supply lines, R-5 for drains in unheated spaces). A common rejection: homeowners submit a plumbing plan showing a new sink in a peninsula island without detailing how the trap and vent will route — underslab homes make this especially tricky. Longview's Building Department expects a detailed section view showing trap depth, vent routing (typically up through the cabinet to the roof or wall), and anti-siphon safeguards. If you're adding a dishwasher and relocating the main sink, the plumber must show high-drain connections (no garbage disposal or under-counter filtration can siphon water back into the dishwasher per IRC P2722.2).

Electrical work in Longview kitchens triggers two recurring code violations. First, the two small-appliance branch circuits (20-amp, dedicated to counter receptacles) must be shown on the electrical plan with wire gauge (typically 12 AWG), circuit number, and breaker location — many homeowners or unlicensed contractors assume this is optional or can be added later, and it's the #1 rejection reason. Second, GFCI protection is required on all counter receptacles, and the outlet spacing must not exceed 4 feet measured along the countertop (IRC E3801). This means a 10-foot galley kitchen needs at least three outlets; an island or peninsula adds another. Longview's inspectors check this during rough-in inspection before drywall, so if you skip GFCI installation or mark the plan wrong, you'll fail inspection and delay the project 1-2 weeks for a re-pull and re-inspect. The city does not allow 'GFCI breakers at the panel' as a workaround for counter outlets; individual GFCI outlets or GFCI strips are mandatory.

The permit fee for a full kitchen remodel in Longview is typically $300–$1,500, calculated as 1-1.5% of the project valuation. The city defines valuation as materials plus labor, and you'll estimate this on the permit application (for a $30,000 remodel, expect $300–$450 in permit fees alone). Plan review takes 3-5 weeks; if the city returns comments, re-submission adds another 1-2 weeks. Once permitted, you'll schedule four separate inspections: rough plumbing (before drywall, showing trap/vent routing and drain sizing), rough electrical (showing all new circuits, outlet boxes, and GFCI locations), framing (if walls were moved or opened), and final (all trades complete, inspection of finish work). The entire timeline from application to final occupancy can stretch 8-12 weeks if you encounter one round of re-submits. Longview does not offer over-the-counter plan review or same-day permits; all kitchen remodels go through full review. If your home was built before 1978, you must also obtain a lead-paint disclosure and, if renovation disturbs more than a certain square footage (typically 6 square feet of interior components), arrange lead-safe work practices under EPA RRP (Renovation, Repair, Painting) Rule — violation fines start at $16,000 per violation.

Three Longview kitchen remodel (full) scenarios

Range-hood venting and why Longview inspectors are strict about ducting to exterior

Longview's Building Department enforces range-hood ducting to the exterior wall (not recirculating filters) based on ASHRAE 62.2 ventilation standard adoption in the Washington State Building Code. The requirement is that moisture, cooking odors, and combustion byproducts must be exhausted directly outside, not recirculated back into the kitchen air. Many homeowners assume a recirculating range hood is acceptable because it filters grease and odor, but filters do not remove moisture — and moisture in a sealed kitchen leads to mold, condensation damage, and indoor air quality problems. The city's code officer will reject a permit application that shows a recirculating hood without explaining why a ducted exhaust hood is infeasible.

The ducted path must be direct and unobstructed: minimum 6-inch diameter (8-inch preferred for high-CFM hoods over 800 CFM), insulated with at least 1-inch fiberglass wrap if the duct passes through an unconditioned space (attic, crawl space), and terminating in a 45-degree downward-facing cap on the exterior wall. Dampers and louvers inside the duct are problematic because they trap condensation; Longview's inspectors disallow spring-loaded dampers in the duct itself, though a bird-cap damper at the exterior termination is acceptable. If your kitchen is an interior room with no direct path to an exterior wall, you must reroute the duct vertically through the roof or an upper-floor wall — this often requires penetrating roofing and adds cost ($500–$1,200 for flashing and roof patching).

The plan-review hold-up: most rejections occur because the applicant submits a plan showing a range hood with a vague note like 'exhaust to exterior' but no duct diameter, cap type, or wall-penetration detail. Longview requires a detailed mechanical plan section or detail view showing the duct path, any elbows, insulation wrap, wall thickness, cap design, and clearance from property lines or other structures. If the exterior wall is a fiber-cement board or stucco finish, the flashing detail must be explicit — vinyl siding requires a different flashing approach than brick. The cost of proper ducting and flashing typically adds $800–$1,500 to the project; trying to avoid it by using a recirculating hood costs time in permit rejections and eventually the inspection failure.

GFCI outlets, two small-appliance circuits, and why spacing matters in Longview kitchens

IRC Section E3801 (GFCI Protection) and E3702 (Small-Appliance Branch Circuits) are the two most frequently violated electrical codes in Longview kitchen remodels. The requirement is non-negotiable: all kitchen counter receptacles must be protected by ground-fault circuit interrupters (GFCIs), and at least two 20-amp dedicated circuits must serve counter-top outlets. These two circuits cannot be shared with other loads (refrigerator, dishwasher, microwave on separate circuits). The spacing rule is 4 feet maximum, measured horizontally along the countertop from the center of one outlet to the center of the next. This means a 12-foot galley kitchen requires a minimum of three counter outlets; an island or peninsula doubles the count.

Longview's inspectors check outlet spacing and GFCI protection during the rough electrical inspection, before drywall closes the walls. If the plan shows incorrect spacing or missing GFCIs, the inspection fails, and the contractor must schedule a re-inspection after correcting the work — delays of 5-7 days are common. Many homeowners or unlicensed electricians assume that a single GFCI breaker at the panel protects all circuits on that breaker, or that strategic outlet placement can skip GFCI installation. Neither is true: IRC E3801 requires individual GFCI outlets (or GFCI power strips for flexibility) on every counter receptacle, or a GFCI breaker that protects that specific circuit. If you use a GFCI breaker, downstream standard outlets receive GFCI protection but do not display a GFCI test button — this can confuse future owners and electricians. Longview's code officer recommends individual GFCI outlets for clarity.

The two small-appliance circuits rule often surprises homeowners because it seems redundant — why two circuits instead of one larger one? The reasoning: kitchen counters are high-risk areas for shock (wet hands, metal appliances, water), and a short circuit could trip both circuits at once if they're on the same breaker, leaving the kitchen dead. Two independent 20-amp circuits, each with its own breaker, ensure that a short on one circuit doesn't black out the entire counter. The circuits must be labeled clearly on the electrical plan and the breaker panel directory, and they cannot feed any outlets outside the kitchen counter area. Plugging in a coffee maker and a toaster on one outlet is fine; plugging a refrigerator into the second kitchen circuit is a violation.

Common questions