Fire and Water Bowls: The Complete Buyer's Guide for Pools and Patios

Short answer

A fire and water bowl is a gas fire feature with a burner on top and a spillway that pours water into the pool below. It needs three separate runs in one trench: a 3/4-inch water line rated for 12–15 GPM, a gas drop reduced to 1/2-inch NPT at the bowl, and low-voltage wiring if you want electronic ignition. Bowls in our catalog run $1,459 to $19,638.

Fire & water bowls in stock
96plus 59 water-only bowls
Water supply per bowl
3/4 in12–15 GPM, The Outdoor Plus manual
Clearance, sides / overhead
48 / 96 inThe Outdoor Plus published figures
Entry price, fire & water
$1,459Firegear Abode 30 in GFRC

What is the difference between a fire bowl, a water bowl, a fire and water bowl and a scupper?

This category has the worst vocabulary in outdoor living. Four manufacturers use four different words for the same object, and pool builders use a fifth. Here is the version that holds up on a jobsite.

A fire bowl burns gas and touches no water. A water bowl moves water and has no burner. A fire and water bowl does both from one vessel. A scupper is the opening water leaves through — a part, not a product category, even though half the industry sells "scuppers" as finished units. A spillway is the lip that shapes the falling water; a sheer descent is a spillway engineered to throw one unbroken sheet instead of a rope.

Type What it does Gas line Water line Electrical
Fire bowl Flame only, on a burner pan with media Yes No Only for electronic ignition
Water bowl Water fed in, spills out over a lip No Yes No
Fire & water bowl Burner on top, water leaves through a spillway below the flame Yes Yes Only for electronic ignition
Scupper The outlet itself — a fitting or a wall-mounted spout No Yes No
Sheer descent Wide spillway producing one flat sheet of water No Yes, higher flow Optional LED

Our fire and water bowl collection holds 96 combination units. The water bowl collection holds 59 water-only vessels, and fire bowls holds 177 flame-only bowls. If you want the broader distinction between bowls, tables and pits before you go further, start with fire pit vs. fire table vs. fire bowl.

How does a fire and water bowl actually work?

The two halves never touch. That is the whole trick, and nobody explains it.

The fire half is a conventional gas burner in the top of the bowl, covered with lava rock or fire glass, fed by its own line. The burner pan sits above the water path and drains away from it.

The water half is a loop, not a supply. The pool pump pulls water from the pool, pushes it through the filter, and a valved branch off the return feeds the bowls from below. The basin fills and overflows through the spillway back into the pool. The pool is the reservoir — no tank, no float valve, no make-up line.

Two consequences. The bowls only flow while the pool pump runs, unless you add a booster pump or an actuated valve. And every gallon has been through the chlorinator or salt cell, which is why materials matter more here than on any patio fire pit.

What plumbing does a pool fire and water bowl need?

Three runs, one trench. Skip any of them at rough-in and you are cutting concrete later.

Water. The Outdoor Plus specifies a 3/4-inch supply line capable of 12–15 GPM per bowl, terminating in a 3/4-inch male fitting. Reducing to 1/2 inch is permitted but their manual warns it may cut performance. Four bowls is 48–60 GPM — check the pump curve first.

Gas. The same manual reduces to 1/2-inch NPT at each bowl, trunk sized upstream for BTU load and run length, using stainless steel whistle-free flex connectors, not yellow corrugated line. Pressure: 3.5–7.0 in W.C. natural gas, 8.0–11.0 in W.C. propane. See gas line sizing and natural gas vs. propane; we list 610 natural gas and 680 propane models.

Electrical. Match-lit bowls need none. Electronic ignition needs low-voltage wiring to each bowl or a shared enclosure — conduit that has to be pulled while the trench is open.

The expensive mistake: running gas and water but no conduit. Homeowners routinely decide on match-lit at rough-in to save money, then discover they hate lighting four bowls by hand and want electronic ignition a year later. By then the deck is poured, the coping is set, and the conduit run means saw-cutting finished hardscape. Pull an empty conduit even if you buy match-lit. It costs almost nothing in an open trench.

What has to be decided before the pool deck concrete is poured?

This is what separates a clean install from an expensive one. Six decisions get locked by the pour. Everything else on a pool project can be revisited; these cannot, without demolition.

Decision Why the pour locks it What changing it later costs
1. Number and position of bowls Water and gas stubs are cast into the deck or bond beam at exact centers Saw-cut and patch finished concrete, re-trench, re-stub. Retrofits to existing pools carry a 20–30% premium over new construction
2. Mount type (coping, pedestal, wall, raised bond beam) Mount type sets bond beam height, pedestal footing and the cutout size — The Outdoor Plus caps the center cutout at 4 in square or diameter Raising a bond beam after the shell is shot means demo and re-shoot. A pedestal added later needs its own footing through finished deck
3. Fuel: natural gas or propane Trunk size, meter upgrade and tank location all follow from it Re-running gas under finished hardscape. Gas line trenching runs $12–$25 per linear foot
4. Ignition type, and whether it is wired Electronic ignition needs conduit in the same trench as the gas Surface-run conduit, or saw-cutting. This is the single most common regret on pool fire features
5. Water route and valve location The bowls need a valved branch off the return with the valve somewhere reachable at the pad Re-plumbing the equipment pad plus a new line to the bowls. Often the same trench work all over again
6. Remote control and where the receiver lives The enclosure must be dry, accessible and within radio range of where you stand Relocating a buried or boxed-in enclosure. A receiver behind a planter with no range is a service call every time

Retrofit premium and trenching figures from published contractor cost data (see sources). Every other column is our own field guidance, not a manufacturer specification.

Planning a pool build with fire features?

Send us the pool plan and the bowl count. We will tell you the water and gas demand per bowl and what to stub before the deck goes in — no charge, no obligation.

Talk to the fire feature team Builder & pro pricing

Should the bowl sit on coping, a pedestal, a wall or a raised bond beam?

Four positions, each changing both the look and the plumbing.

On the coping is flush and modern: deck level, short quiet spill, flame near swimmers' eye level. It also sits in the splash zone and the walking path.

On a pedestal lifts the bowl 12–24 in above the deck. Longer spill, more sound, and the easiest of the four to retrofit because the pedestal hides a surface run. Prism Hardscapes builds one — the Lombard Pedestal 24 in, $1,698.

Recessed into a wall makes the bowl a scupper proper: water exits through the wall face, flame above. The Outdoor Plus Designer Series scupper units are built for this.

On a raised bond beam is the resort setup — back wall built 18–24 in above the deck, bowls on top, a long fall. Best looking, most punishing to change, because beam height is structural. General scupper guidance sets the outlet 6–18 in above the water line: enough drop to read as a water feature without soaking the coping.

Which materials survive chlorine and salt water?

Poolside is corrosive, and this is the one place in outdoor living where 316 versus 304 stainless is not marketing.

Published alloy selection guidance puts roughly 100 ppm chloride as the practical limit for 304-family stainless in aqueous service, especially where crevices exist, while 316 and 316L handle up to about 2,000 ppm. On free chlorine, 304 is rated to 2 ppm and 316 to 4 ppm. A chlorine pool is held at 1–3 ppm, so 304 starts at its ceiling.

Salt pools are worse. A saltwater generator wants 3,000–3,500 ppm salt. Sodium chloride is about 60.7% chloride by mass, so that is roughly 1,820–2,120 ppm chloride — the top of 316's range, and eighteen to twenty-one times 304's. That conversion is our own calculation, not a manufacturer specification.

Material Behavior in a pool environment What to watch
316 / 316L stainless Molybdenum-bearing; rated to roughly 2,000 ppm chloride and 4 ppm free chlorine The right default for burners and hardware in the spill path. Still rinse after chemical shocks
304 stainless Practical limit around 100 ppm chloride; 2 ppm free chlorine Tea staining and pitting at welds and crevices. Acceptable away from the spill path, not in it
GFRC concrete Chemically indifferent to chlorine; the cement matrix is the structure, not a coating Efflorescence and hard-water staining on the spill face. Sealer refresh, not replacement
Copper Patinas from bright metal to brown to blue-green; chlorine accelerates it Cosmetic, not structural. If you want it bright, this is the wrong poolside material
Powder-coated steel The coating is the entire corrosion barrier One chip in the spill path and you get a rust bloom down the face of the bowl

That is why so much of this category is concrete: 419 products in our GFRC collection against 123 in steel. What GFRC actually is, and why it behaves unlike cast concrete, is covered in GFRC concrete fire tables. For patina finishes, copper runs 76 products.

How many fire bowls do you need, and how far apart?

Symmetry rules this category. A pool is a rectangle or a strong curve, and an off-axis bowl reads as a mistake forever. Manufacturers do not publish spacing rules — we checked — so the following is our own field guidance.

  • Two bowls flanking the far end, symmetric about the pool's centerline rather than the deck's, is the safest layout on almost any rectangle.
  • Three bowls works only when a real center feature anchors the middle one — a spa, sun shelf or steps. Across a blank wall it looks arbitrary.
  • Four bowls is a corner layout, one per corner or two per side. Resort look, and it needs the flow: 48–60 GPM total.
  • Spacing: at least 6 ft center to center so the flames read as separate light sources, and at least 3 ft in from the pool corners.
  • Size to pool width: a 24–30 in bowl suits pools up to about 16 ft wide; go 36–48 in on anything wider or the bowls disappear.

One well-placed pair beats four badly placed bowls, and halves the gas load, water demand and trench work.

Do you need electronic ignition and a remote for pool fire bowls?

On one patio fire pit, match-lit is a defensible way to save money. On four bowls around a pool it is not. Nobody walks the perimeter with a long lighter twice an evening; the honest outcome is that the bowls stop getting used.

Electronic ignition turns the feature into a light switch. The Outdoor Plus builds a 12V system specifically for pool bowls — the Remote Control System for Pool Fire Bowls, $606 — and our remote control collection carries 8 kits, including Fire by Design at $753 and Slick Rock Concrete's Wi-Fi kit at $795.69. Many electronic-ignition bowl variants are build-to-order, so confirm lead time before you schedule around one.

The expensive decision is not electronic versus match-lit. It is whether conduit is in the trench. Read match lit vs. electronic ignition before you sign the rough-in plan.

How far does a fire bowl have to be from the pool, the rail and the deck?

There is no single industry clearance number, and any source that gives you one is guessing. The Outdoor Plus publishes 48 in to the sides and 96 in overhead. Prism Hardscapes publishes 4 ft and 6 ft. American Fyre Designs publishes 36 in and 72 in. Across our brands the aggregate range is 36–48 in sides, 60–120 in overhead; full breakdown in fire pit clearance requirements by brand.

Poolside adds a rule that has nothing to do with fire. NEC Article 680.26 pulls metal parts within 5 ft horizontally of the inside pool wall, or 12 ft vertically above maximum water level, into the equipotential bonding grid, using solid copper no smaller than 8 AWG; the perimeter surface is bonded 3 ft out. A metal bowl on the coping is inside that zone, and your electrician needs to know before the grid is tied.

Then there is traffic. Keep a 36-inch walking path clear past any deck-level bowl. A flame at shin height beside a wet walkway is a liability nobody notices on a plan drawing.

Which brands does Outdoor Heat Direct carry in fire and water bowls?

Five manufacturers are represented in this category, and they do not all do the same thing. Every model below is active in our catalog with the price shown; ranges reflect size and finish options.

Brand Model Size Type OHD price
Firegear Abode GFRC 30 in Fire & water $1,459
Prism Hardscapes Verona Small 24 in Fire & water $1,500–$1,950
Prism Hardscapes Verona 32 in Fire & water $1,866–$2,428
Prism Hardscapes Lombard Tall 32 in Fire & water $2,238–$2,910
Fire by Design GFRC Round Oblique Multiple Fire & water $2,315–$5,074
Fire by Design GFRC Tuscany Scupper Multiple Fire & water scupper $2,664–$7,231
The Outdoor Plus Cazo Concrete Multiple Fire & water $2,510–$6,510
The Outdoor Plus Cazo Copper Multiple Fire & water $3,258–$7,830
The Outdoor Plus 48 in Cazo 360° Spill 48 in Fire & water, full-perimeter spill $5,732–$7,837
American Fyre Designs Marseille with Water Spout 48 in Fire bowl with spout $3,489
Slick Rock Concrete Cascade Square Square Water only $1,099–$1,575
Slick Rock Concrete Camber Round 29 in Water only $1,372
The Outdoor Plus Olympian Round 360° Copper Round Fire & water fountain $19,638

Two caveats. Slick Rock Concrete's 56-product line covers water bowls and basins here, not combination units — pair one with a separate fire bowl. And American Fyre Designs (173 products) builds the Marseille as a fire bowl with a water spout rather than a spillway bowl. Fire by Design (119) and The Outdoor Plus (463) have the deepest combination ranges; Prism Hardscapes (135) is the value end. See our Fire by Design buying guide for that line in detail.

What does a fire and water bowl project cost in total?

The bowl is rarely the biggest number. The trench is.

Bowls, from our catalog: $1,459 for a Firegear Abode 30 in, $1,500–$2,910 for most Prism Hardscapes models, $2,315–$7,231 across Fire by Design, $2,510–$7,837 across The Outdoor Plus, $19,638 for the Olympian 360° copper fountain. Two mid-range bowls is a $4,000–$6,000 hardware decision.

The work around them, from published contractor cost data: general trenching $5–$12 per linear foot, gas line trenching $12–$25, water line $30–$50, electrical conduit $5.50–$25. Permits $100–$1,000. Labor on pool fire features is commonly quoted at 25–50% of total project cost, and combination features carry a $1,000–$2,500 premium over fire-only for the dual-line plumbing. Retrofitting adds 20–30% over doing the work during construction.

That retrofit gap is the entire argument for the six-decision table above.

96 fire and water bowls, free shipping

Combination bowls from $1,459, water bowls from $794, and remote systems built for pool fire features. Authorized dealer pricing on every brand we list.

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Fire and water bowl FAQs

Do fire and water bowls use pool water or a separate water supply?

Pool water. A valved branch off the return line feeds each bowl from below, the basin fills, and it overflows through the spillway back into the pool. No separate tank, no float valve, no make-up line. The pool is the reservoir and the pool pump is the motor.

Can you add fire and water bowls to an existing pool?

Yes, but it costs more. Published contractor data puts the retrofit premium at 20–30% over doing the same work during construction, because gas, water and conduit all have to reach the bowls through finished hardscape. Pedestal-mounted bowls retrofit most easily — the pedestal hides a surface run.

How much water flow does each fire and water bowl need?

The Outdoor Plus specifies a 3/4-inch supply line capable of 12–15 GPM per bowl, terminating in a 3/4-inch male fitting. Reducing to 1/2 inch is permitted but their manual warns it may reduce performance. Four bowls means 48–60 GPM — check your pump curve first.

Is 316 stainless steel really necessary next to a pool?

For anything in the spill path, yes. Published alloy guidance puts 304's practical chloride limit near 100 ppm and rates it for 2 ppm free chlorine; 316 handles roughly 2,000 ppm chloride and 4 ppm free chlorine. A chlorine pool runs 1–3 ppm free chlorine, so 304 is already at its ceiling before you add salt.

Will chlorine or salt water damage a GFRC concrete bowl?

Not structurally. GFRC is a cement matrix reinforced with alkali-resistant glass fiber, so there is no coating to fail and no metal to pit. The damage is cosmetic: efflorescence and hard-water staining on the spill face, handled with cleaning and a sealer refresh, not replacement.

How far apart should pool fire bowls be spaced?

Manufacturers do not publish spacing rules. Our own guidance: at least 6 ft center to center so the flames read as separate light sources, at least 3 ft in from the pool corners, and symmetric about the pool's centerline rather than the deck's. Two well-placed bowls beat four badly placed ones.

Do fire and water bowls run when the pool pump is off?

The fire does; the water does not. The burner has its own gas supply and is independent. The spillway only flows while the pool pump circulates, unless you add a booster pump or an actuated valve on the return so the bowls run on their own schedule.

What gas pressure do pool fire bowls require?

The Outdoor Plus specifies 3.5–7.0 inches water column on natural gas and 8.0–11.0 inches on liquid propane, reduced to 1/2-inch NPT at each bowl. Their manual also requires stainless steel whistle-free flex connectors rather than yellow corrugated line, with the trunk sized for total BTU load.

Do pool fire bowls need to be electrically bonded?

Usually. NEC Article 680.26 brings metal parts within 5 ft horizontally of the inside pool wall, or 12 ft vertically above maximum water level, into the equipotential bonding grid using solid copper no smaller than 8 AWG. A metal bowl on the coping sits inside that zone. Tell your electrician before the grid is tied.

What is the difference between a scupper and a fire and water bowl?

A scupper is the outlet water leaves through — a fitting, a wall spout, a shaped opening. A fire and water bowl is a complete vessel with a burner on top and a scupper or spillway below. Some products, like the Fire by Design GFRC Tuscany Scupper, are both.

Sources. Water line size, GPM, gas pressure, NPT sizing, cutout limit and the 48 in / 96 in clearances come from The Outdoor Plus Fire & Water Bowl installation manual. Prism Hardscapes and American Fyre Designs clearances come from their own installation documents, compiled in our clearance reference guide. Chloride and free-chlorine thresholds for 304 and 316 stainless: Penflex alloy selection guidance. Salt generator salinity: salt pool chemistry references. Bonding: NEC Article 680.26 as summarized by EC&M. Trenching and utility costs: HomeGuide 2026 contractor data. Labor share, dual-line premium and retrofit premium: Neway Pools 2026 cost guide. Prices are live Outdoor Heat Direct catalog prices at time of review and are subject to change.

Our own estimates, not manufacturer data: the salinity-to-chloride conversion; all bowl spacing, count and sizing guidance; and the six-decision pre-pour table, which is field guidance rather than published specification.

Installation. Gas piping, pool plumbing and bonding must be performed by a licensed gas fitter, pool contractor and electrician per the National Fuel Gas Code (ANSI Z223.1 / NFPA 54), the National Electrical Code and local amendments. Nothing here replaces the manual that ships with your bowl.

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