Gas Line Installation | Mountain Man Plumbing

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Title: Gas Line Installation \| Mountain Man Plumbing
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## On this page

- Understand the job.Know the next step.
- Gas words, in plain English No trade vocabulary needed.
- Gas lines,one idea at a time.
- 1. Follow the gas
- 2. Add an appliance
- 3. Read the pressure
- Where is thenew line going?
- Will the existing linehandle the new appliance?
- Black iron, CSST and an appliance connector—what is the difference?
- What goes intoa gas-line quote.
- Your project.Ready to explain.
- Useful to have
- Once the emergency is handled,what happens next?
- Two connections.The work behind them.
- Follow the feed to the outlets.
- See the work.See what was involved.

Browser controls omitted; use the source page for interactive features.

- Home

- Plumbing services

/ Gas line installation

**Smell gas or suspect a leak?**

Leave immediately. From a safe place, call 911 and Enbridge Gas Utah: 1-800-767-1689. Do not operate valves, switches, phones or vehicles in the affected area.

Utility emergency instructions ↗

MOUNTAIN MAN PLUMBING / GAS PIPING SANDY · SALT LAKE VALLEY

INSTALLATION / REPAIRS / UNDERSTANDING YOUR SYSTEM

# Gas line installation.

Understand the whole system.

From stoves and dryers to boilers, fireplaces, pool heaters and generators: learn what a gas-line project involves, then plan the supply around your home and equipment.

New gas lines, extensions and repairs in Sandy and the Salt Lake Valley. We explain the pipe route, price and inspection plan before work begins.

Explore how gas lines work ↓

!Two outdoor gas shutoff valves installed at a Salt Lake City home

SALT LAKE CITY / OUTDOOR GAS ADDITION
See this project and its photos ↗

REAL HOMES. OUR HANDIWORK. **Ready for what comes next.**

- All six learning guides

- Interactive lessons

- Appliance connections

- Repairs

- Cost & process

- Real job, explained

- Worked examples

- Past work

- Questions

- Service areas

YOUR GAS LINE HUB / START ANYWHERE

## Understand the job. *Know the next step.*

Follow the gas from the utility supply to your appliances. These guides cover who maintains each part, how pressure and pipe materials affect the work, and what goes into a repair or new line.

### Appliances & outdoor projects ↗

Plan gas connections for stoves, dryers, water heaters, furnaces, boilers, fireplaces, grills, pool heaters and generators in the Salt Lake Valley.

### Repairs & service restoration ↗

What happens after a gas leak is made safe: customer piping repairs, testing, inspections and coordination with Enbridge Gas Utah.

### Pressure, demand & pipe sizing ↗

Learn what BTU per hour, gas pressure, inches of water column and shared pipe capacity mean—with worked examples and a pressure unit converter.

### Steel, CSST & underground pipe ↗

Understand black iron, CSST, appliance connectors and underground gas-rated polyethylene, including protection, bonding and material identification.

### Utility history & who owns what ↗

Mountain Fuel, Questar, Dominion and Enbridge explained, plus Utah gas emergency contacts, customer-owned piping and private underground line locating.

### Cost, permits & project planning ↗

Understand what changes a gas line quote, how permits and utility work affect the schedule, and what to confirm before installation in the Salt Lake Valley.

Prefer to learn by trying? Open the interactive lessons ↓

### Gas words, in plain English No trade vocabulary needed.

**Demand / load**

How much gas the equipment needs. An appliance label gives its fuel input in BTU per hour; add the relevant appliances when assessing a shared pipe.

**BTU/h / input rating**

British thermal units per hour: the rate of fuel energy going into an appliance. Heat output is what it delivers after losses, so use the **input** rating for gas-supply calculations.

**Flow / CFH**

How much gas passes a point over time. CFH means cubic feet per hour. A cubic foot is a volume, like a box one foot on each side.

**Pressure / pressure drop**

Pressure is the push on the gas. A pressure difference moves it along a pipe. The reduction in pressure along the route while gas flows is called pressure drop.

**Capacity**

How much gas a pipe, meter or other part can deliver at the specified pressure. The connected appliances determine how much capacity is needed.

**Branch / upstream / downstream**

A branch takes gas from a shared route to part of the system. Upstream means toward the supply; downstream means in the direction gas travels toward the appliances.

**Meter / regulator**

The meter measures gas use. A regulator controls pressure.

**Shutoff / sediment trap**

A shutoff is a valve that stops supply to a section. A sediment trap is a capped pocket arranged to catch debris before it reaches an appliance’s gas controls.

**Inlet / manifold**

The inlet is where gas enters an appliance. The manifold distributes it to the burners inside. Pressure requirements at these two places can differ.

**Combustion air / venting**

Combustion air is air needed to burn fuel. Venting carries the resulting exhaust away.

**Clearance / access**

Clearance is required space around equipment or piping. Access means being able to reach a part for inspection or service.

**Code / commissioning**

Code means installation rules adopted for the job’s location. Commissioning means checking and starting equipment according to its instructions, then confirming that it operates as required.

- Work through an appliance change ↗

- Read a real job through its photos ↗

LEARN THE SYSTEM / NO EXPERIENCE REQUIRED

## Gas lines, *one idea at a time.*

Follow the gas through a home, change example appliance demands, or translate pressure units. Each lesson explains what the result means.

### 1. Follow the gas

### Follow the gas through the whole building.

The meter is outside. Inside, shared piping divides into branches for different appliances. Each appliance has a shutoff. Explore those connections together, then trace any appliance back to the supply.

THE WHOLE HOME / INSIDE & OUT

#### One supply. Every connection.

11 appliances. One connected building.
Choose a part, inspect its shutoff, and trace its gas supply.

Exterior gas meter

Click an appliance or shutoff. Every appliance stays in the building.

House gas piping Appliance shutoffs Selected supply route

Click equipment in the building, or find it here:

SELECTED IN THE BUILDING

Outside the home

#### Utility service

The underground utility line brings gas to the meter installation outside. This is the supply for the whole building, before it divides into appliance branches.

##### Why it matters

The utility confirms its available service. A new appliance can require review of the meter and supply as well as work on your house piping.

Outside · utility equipment

#### Meter service shutoff

This valve is at the meter installation. It controls the supply to the whole system beyond it. It is different from the smaller shutoff serving one appliance.

##### Why it matters

Identify the equipment without operating it. If you suspect a leak, leave and call 911 and Enbridge from a safe place. Do not try to turn gas valves on or off.

Outside · pressure control

#### Utility regulator

The regulator reduces and controls the pressure of gas entering the meter installation. Pressure means the push that moves gas through the pipe.

##### Why it matters

The meter measures gas use, and the nearby regulator sets the delivery pressure. A house using higher-pressure distribution may have additional regulators before its appliances.

Outside · measures gas use

#### Exterior gas meter

The meter measures the gas passing into the property’s piping. In this building it is outside, beside the utility regulator and service shutoff.

##### Why it matters

A meter has a limit to how much gas it can deliver under its specified conditions. Adding equipment can require a meter review, even when a nearby pipe connection is available.

From outside to inside

#### Entry through the wall

After the meter, the customer piping enters the building through the exterior wall. The cutaway exposes that transition so you can follow it.

##### Why it matters

Protection at the wall keeps sharp edges and building movement from damaging the pipe. Weather sealing closes the gap around the entry, and nearby supports keep its weight off that opening.

Inside the building

#### Shared piping & branches

The larger shared route supplies smaller routes called branches. Each branch takes gas to equipment in a room or outside. The model reveals piping that could be concealed in a real house.

##### Why it matters

Adding an appliance increases demand in the shared pipes feeding it. Follow the route back to the meter and include the other appliances supplied along that route.

One appliance at a time

#### Appliance shutoffs

Each yellow-handled valve in this model marks an appliance shutoff. It closes the supply to the appliance it serves. Click a valve to see which appliance it serves.

##### Why it matters

Each appliance’s shutoff controls its gas branch and needs to remain reachable after cabinets or equipment are installed. Select “Find its shutoff” to trace that relationship.

After the appliance shutoff

#### Sediment traps

A sediment trap is a short, capped pocket below a change in direction near an appliance. It helps catch debris before it reaches the appliance’s gas controls. Installers sometimes call it a drip leg.

##### Why it matters

This model shows sediment traps at the heating equipment, water heaters, fire pit, pool heater and generator. A trap collects debris before it reaches gas controls. A drip has the related job of collecting liquid in gas piping.

Kitchen

#### Kitchen range

The range uses gas for cooking. Its branch ends at an appliance shutoff and the final connection. A cooktop is a related appliance without the oven.

##### Why it matters

A replacement model can have a different fuel demand. The installer checks its instructions, supply and final connection together.

Kitchen · stops supply to this appliance

#### Kitchen range shutoff

This is the shutoff on the branch serving the Kitchen range. In the model, follow the short section after this valve to see exactly which appliance it controls.

##### Why it matters

This valve controls the selected appliance branch. Before service, a technician checks the valve and connection and verifies that gas supply has actually been stopped. For a suspected leak, leave and use the utility’s emergency instructions.

Laundry

#### Gas dryer

Gas provides heat for drying; electricity powers the motor and controls. Follow its branch to find the dedicated shutoff.

##### Why it matters

The dryer also needs electricity for its motor and controls, plus an exhaust route outdoors. Include those connections when planning its location.

Laundry · stops supply to this appliance

#### Gas dryer shutoff

This is the shutoff on the branch serving the Gas dryer. In the model, follow the short section after this valve to see exactly which appliance it controls.

##### Why it matters

Utility room

#### Tank water heater

The burner heats water stored in the tank. Gas enters the burner control through its own branch and shutoff. Water pipes and the exhaust serve different purposes.

##### Why it matters

A gas heater needs a fuel connection, air for combustion and a route for exhaust. The selected model determines how those connections fit into the room.

Utility room · stops supply to this appliance

#### Tank water heater shutoff

This is the shutoff on the branch serving the Tank water heater. In the model, follow the short section after this valve to see exactly which appliance it controls.

##### Why it matters

Utility room · after its shutoff

#### Tank water heater sediment trap

Gas enters from above and turns toward the Tank water heater. The capped pipe continuing downward forms the pocket for debris. It is after the appliance shutoff and before the appliance gas inlet.

##### Why it matters

The trap’s capped pocket collects debris carried in the gas. Select “See the appliance” to follow its position between the shutoff and the equipment.

Utility room

#### Boiler

The boiler burns gas to heat water. A pump then carries that hot water through floor tubing, radiators or baseboard heaters to warm the home.

##### Why it matters

This branch supplies the boiler’s burner. Its fuel-input rating tells the plumber how much demand to include when sizing the shared gas pipe.

Utility room · stops supply to this appliance

#### Boiler shutoff

This is the shutoff on the branch serving the Boiler. In the model, follow the short section after this valve to see exactly which appliance it controls.

##### Why it matters

Utility room · after its shutoff

#### Boiler sediment trap

Gas enters from above and turns toward the Boiler. The capped pipe continuing downward forms the pocket for debris. It is after the appliance shutoff and before the appliance gas inlet.

##### Why it matters

The trap’s capped pocket collects debris carried in the gas. Select “See the appliance” to follow its position between the shutoff and the equipment.

Utility room · wall mounted

#### Tankless water heater

A tankless heater starts heating as water passes through it. Trace its gas branch to see the connection and shutoff beside the cabinet.

##### Why it matters

A small wall cabinet can require a substantial gas supply while running. Use the model’s fuel input rating to establish that demand.

Utility room · wall mounted · stops supply to this appliance

#### Tankless water heater shutoff

This is the shutoff on the branch serving the Tankless water heater. In the model, follow the short section after this valve to see exactly which appliance it controls.

##### Why it matters

Utility room · wall mounted · after its shutoff

#### Tankless water heater sediment trap

Gas enters from above and turns toward the Tankless water heater. The capped pipe continuing downward forms the pocket for debris. It is after the appliance shutoff and before the appliance gas inlet.

##### Why it matters

The trap’s capped pocket collects debris carried in the gas. Select “See the appliance” to follow its position between the shutoff and the equipment.

Utility room

#### Furnace

The furnace heats air for the house. The yellow-handled valve on its branch controls the gas supply to this furnace.

##### Why it matters

The furnace burns gas, transfers that heat to household air and moves the warmed air through ducts. Its installation needs gas, electrical, combustion-air and exhaust connections.

Utility room · stops supply to this appliance

#### Furnace shutoff

This is the shutoff on the branch serving the Furnace. In the model, follow the short section after this valve to see exactly which appliance it controls.

##### Why it matters

Utility room · after its shutoff

#### Furnace sediment trap

Gas enters from above and turns toward the Furnace. The capped pipe continuing downward forms the pocket for debris. It is after the appliance shutoff and before the appliance gas inlet.

##### Why it matters

The trap’s capped pocket collects debris carried in the gas. Select “See the appliance” to follow its position between the shutoff and the equipment.

Living area

#### Gas fireplace

The fireplace has a branch and an appliance shutoff. The gas supply serves the burner inside the appliance.

##### Why it matters

The exact fireplace determines its fuel, how exhaust must leave and where it can be installed. Select the fireplace for its intended location and installation conditions.

Living area · stops supply to this appliance

#### Gas fireplace shutoff

This is the shutoff on the branch serving the Gas fireplace. In the model, follow the short section after this valve to see exactly which appliance it controls.

##### Why it matters

Open patio

#### Outdoor grill

The grill is outside and is supplied by the outdoor branch. Its shutoff belongs to this appliance connection, after the shared piping leaves the home.

##### Why it matters

Check the grill’s fuel label before planning its connection. A model approved for conversion uses the manufacturer’s conversion parts and instructions to change fuels.

Open patio · stops supply to this appliance

#### Outdoor grill shutoff

This is the shutoff on the branch serving the Outdoor grill. In the model, follow the short section after this valve to see exactly which appliance it controls.

##### Why it matters

Open patio

#### Outdoor fire pit

The fire pit is another outdoor appliance with its own branch and shutoff. Its burner is shown in the open fire bowl.

##### Why it matters

The product determines its fuel, suitable outdoor conditions and how much space must be left around it. Use the equipment instructions to establish placement and clearances.

Open patio · stops supply to this appliance

#### Outdoor fire pit shutoff

This is the shutoff on the branch serving the Outdoor fire pit. In the model, follow the short section after this valve to see exactly which appliance it controls.

##### Why it matters

Open patio · after its shutoff

#### Outdoor fire pit sediment trap

Gas enters from above and turns toward the Outdoor fire pit. The capped pipe continuing downward forms the pocket for debris. It is after the appliance shutoff and before the appliance gas inlet.

##### Why it matters

The trap’s capped pocket collects debris carried in the gas. Select “See the appliance” to follow its position between the shutoff and the equipment.

Outside · pool equipment

#### Pool heater

The pool heater burns gas to warm pool water flowing through its heat exchanger. Trace its gas branch and the two pool-water connections.

##### Why it matters

Pool heating can add significant fuel demand. The actual rating and route are needed to assess shared piping and whether utility review is necessary.

Outside · pool equipment · stops supply to this appliance

#### Pool heater shutoff

This is the shutoff on the branch serving the Pool heater. In the model, follow the short section after this valve to see exactly which appliance it controls.

##### Why it matters

Outside · pool equipment · after its shutoff

#### Pool heater sediment trap

Gas enters from above and turns toward the Pool heater. The capped pipe continuing downward forms the pocket for debris. It is after the appliance shutoff and before the appliance gas inlet.

##### Why it matters

The trap’s capped pocket collects debris carried in the gas. Select “See the appliance” to follow its position between the shutoff and the equipment.

Outside · open air

#### Standby generator

The generator uses gas to produce electricity. It is outside the building, with its own gas branch and shutoff.

##### Why it matters

The generator’s outdoor location needs clearance for exhaust and service. Its gas supply, pad and electrical transfer equipment are planned together.

Outside · open air · stops supply to this appliance

#### Standby generator shutoff

This is the shutoff on the branch serving the Standby generator. In the model, follow the short section after this valve to see exactly which appliance it controls.

##### Why it matters

Outside · open air · after its shutoff

#### Standby generator sediment trap

Gas enters from above and turns toward the Standby generator. The capped pipe continuing downward forms the pocket for debris. It is after the appliance shutoff and before the appliance gas inlet.

##### Why it matters

The trap’s capped pocket collects debris carried in the gas. Select “See the appliance” to follow its position between the shutoff and the equipment.

Read the full pressure & piping guide ↗

### How to read this cutaway

The meter and utility equipment sit outside. Open walls reveal the shared piping and branches to eleven gas appliances. Choose one to trace its supply or find the yellow handle on its shutoff.

This teaching model simplifies pipe lengths and connections to keep the routes visible. The generator trace reveals its buried branch. Capped sediment traps appear at the heating equipment and other illustrated appliances that use them. IFGC §408.4 explains the appliance exceptions.

Enbridge emergency instructions ↗: if you suspect a leak, leave, call from a safe place and do not operate gas valves. Utility appliance-safety guidance ↗

Enable JavaScript for the building controls. All part explanations are available above.

Go deeper: who owns which part? ↗

### 2. Add an appliance

### What changes when you add another appliance?

Enter appliance input ratings to see their combined demand. **BTU/h** means British thermal units per hour—the fuel energy an appliance needs. The starting values are practice numbers.

Example appliance A · BTU/hExample appliance B · BTU/hNew example appliance · BTU/h

Set an unused example to 0. Each entry accepts 0–10,000,000 BTU/h.

TOTAL EXAMPLE DEMAND ON THE SHARED PIPE

140,000 BTU/h

40,000 + 100,000 + 0 = 140,000 BTU/h. The shared pipe serves all three example branches.

The total is the fuel demand on the shared pipe. Pipe sizing combines this demand with the route length, piping material, available pressure and the pressure needed at the appliances.

This lesson assumes all listed appliances could use their full rated fuel input at the same time. Use the total with the supply conditions, material and route in a pipe-capacity assessment.

Work through a heater replacement and an added grill ↗

### 3. Read the pressure

### Same pressure. Different units.

Translate a pressure value without changing what it means. **psi** means pounds-force per square inch. “Ounces” means ounces-force per square inch. **inWC** means inches of water column, another way to express pressure.

Example pressure valueUnit of that value

Accepts 0–1,000,000. For an appliance pressure setting, use the value in its installation manual.

EQUIVALENT PRESSURE

4 oz/in² = 0.25 psi = 6.92 inWC

All three values describe the same pressure. Converting units lets you compare a manometer reading with an appliance specification. Match the test point and operating condition stated in the manual.

### Show the conversion and rounding

1 psi = 16 oz/in² ≈ 27.68 inWC. Convert the entered value to psi, then multiply by 16 or 27.68 for the other units. Outputs are rounded to six significant digits. The units retain the same zero reference. For example, a gauge reading compares with surrounding air pressure; this calculation preserves that reference while converting the unit.

See why a reading with equipment off can miss a problem ↗

JavaScript is off. The explanations and initial worked examples are shown above; enable JavaScript to change the example results.

START WITH THE APPLIANCE

## Where is the *new line going?*

Send the appliance model and where you want it. We use its fuel demand and the route back to the meter to plan the line.

01 / KITCHEN & LAUNDRY

### Gas lines for stoves & dryers

A gas range is a stove with an oven; a cooktop has burners without an oven. For either—or a gas dryer—we assess the supply, shutoff, connection and access. Share the new model even when an old appliance used the same location.

Stove & dryer connections explained ↗

02 / OUTDOOR LIVING

### Gas lines for grills & fire pits

Natural-gas piping for a BBQ, fire pit or patio heater. The appliance’s fuel type, outdoor location and any buried route belong in the plan from the start. Send the model and tell us whether the yard or patio is already finished.

Outdoor gas projects explained ↗

03 / HOT WATER & HEAT

### Water heaters & boilers

A tankless heater or new heating appliance can change the amount of gas the shared piping must carry. We check the model and existing system together.

- Water heater help ↗

- Boiler guide ↗

04 / LARGER APPLIANCES

### Pool heaters & generators

Plan the gas supply before ordering high-demand equipment. A larger meter or shared pipe may be needed alongside the new appliance branch.

Plan larger equipment connections ↗

05 / CHANGES AT HOME

### Remodels & extensions

Moving a kitchen, finishing a basement or adding a fireplace? Plan the line before walls and ceilings close, and include any future appliances now.

See the installation process ↓

06 / AN EXISTING PROBLEM

### Gas line repairs

After the immediate hazard is handled, we assess damaged piping, failed connections and the work described in a utility or inspection notice.

Repair & restoration explained ↓

CHECKING THE EXISTING SUPPLY

## Will the existing line *handle the new appliance?*

We trace the route to the meter and add up the demand of the appliances sharing each section. That shows which parts of the piping will carry the added gas.

### The utility supply

The utility confirms available service and how much gas the meter can deliver when a change is needed.

### Your house piping

The installer checks the route, material, pressure and appliances sharing each section.

### The appliance

The model’s instructions give its fuel input and the pressure needed where gas enters the appliance.

### BTU: how much fuel?

BTU stands for British thermal unit, a measure of heat energy. An appliance’s input rating in BTU per hour describes its fuel demand. Adding the input ratings shows the demand on shared piping.

### Pressure: how it is supplied

Pressure is the push that moves gas through the piping. The supply must maintain the appliance’s specified inlet pressure while equipment is running.

### Branch: a route off the main pipe

A branch carries gas to part of the system. It may serve one appliance or several. Adding equipment means checking every shared section back toward the meter.

### Black iron, CSST and an appliance connector—what is the difference?

Black iron is the common name for rigid steel gas pipe. CSST means corrugated stainless steel tubing: flexible building piping covered by a protective jacket. A short appliance connector makes the final connection to an appliance. Listed arc-resistant CSST systems such as FlashShield+ eliminate the manufacturer’s extra dedicated bonding-wire requirement. Standard gas-piping electrical bonding still applies, and a system containing conventional CSST still needs the extra bond.

See the tubing types, what bonding does and the manufacturer references ↗

Link to this answer

For meter or service changes: Enbridge Gas Utah construction services ↗. We identify the piping work and any utility coordination needed for your proposal.

- Pressure & sizing guide ↗

- Gas pipe materials guide ↗

PRICE / SCHEDULE / WHAT IS INCLUDED

## What goes into *a gas-line quote.*

Two appliances the same distance from a meter can involve very different work. An open basement, a finished ceiling and a buried patio route have different access and restoration needs.

### Appliance & supply

Exact model, fuel type, existing shared piping and any utility requirements.

### Route & access

Length, turns, concealed spaces, wall openings, excavation and finish repairs.

### Approvals & completion

Permits, testing, inspections, appliance connection and who handles each part.

**Before agreeing to a quote:** check the pipe route, connections, testing, permits, utility work and any patching or landscaping included. Ask about the visit or diagnostic fee when scheduling.

### From the first conversation to a working connection

1. ### Describe the project

Tell us the appliance, location and timing. Photos and model information help with planned work.
2. ### Plan the route and price

We check the existing supply and available access, then explain the new piping, price and any permit or utility work needed.
3. ### Install & verify the work

We install the piping, isolate equipment for testing, check the work for leaks and arrange the agreed inspection.
4. ### Complete the handoff

We explain the new shutoffs, the completed work and remaining steps. Where the utility controls restoration, its clearance process determines when service resumes.

Allow time for inspections, utility work and appliance delivery when planning the finish date.

Full guide: comparing quotes, permits & the handoff ↗

MAKE THE FIRST CONVERSATION EASIER

## Your project. *Ready to explain.*

Choose the appliances, add their location and timing, then copy your notes for the first conversation. Leave any unknown details blank.

Make a note of the appliance, model, proposed location, whether the home already has gas, and your timing. Share that information when you contact us.

What needs a gas connection?

Range or cooktop Gas dryer Grill, fire pit or patio heater Water heater or tankless heater Furnace, boiler or fireplace Pool heater Standby generator Existing line repair or another project

Does the home already have natural gas? Location, model & timing Example: “Natural-gas grill at the back patio. Model selected; hoping to finish before the patio is poured.”

YOUR NOTES FOR THE CONVERSATION

Project summary

Copy the list and paste it into your booking notes so it travels with the appointment.

### Useful to have

Appliance model information and a wide view of the proposed location help us start the conversation.

**Ready to talk through the job?**

Copy your notes, then contact us or open booking.

Call (385) 766-8935 ↗

REPAIRS / UTILITY SHUTOFFS

## Once the emergency is handled, *what happens next?*

Keep the utility or inspector’s notice. It tells us what was found and what must happen before service can be restored.

### Find the required repair

We assess the affected customer-owned piping and explain the proposed work and access.

### Verify & document

We test the repaired piping for leaks and keep the repair and inspection records together for the utility.

### Coordinate restoration

The utility determines its service-restoration steps. Leave a locked or shut-off meter to authorized personnel.

If you suspect an active leak, use the emergency instructions ↑

FROM OUR JOB NOTES / SALT LAKE CITY

## Two connections. *The work behind them.*

This homeowner wanted a gas connection for a portable multi-fuel generator and a future outdoor fireplace. The job started with the existing supply, before we chose the route.

1. **Trace what is already there.**

We checked the home’s layout and followed the existing gas piping.
2. **Check the added demand.**

We calculated the added gas demand and found the system could support the planned connection.
3. **Choose an accessible route.**

We used threaded black iron on this job, with future access and service in mind.

Read the photos below with the numbered notes. They identify the fittings, valves and pipe routes visible in this job.

!Outdoor steel gas piping at a painted masonry wall, with two yellow-handled valves and capped ends 1 2 3

PHOTO 01 / AT THE OUTSIDE WALL

### Follow the feed to the outlets.

1. **The connection at the wall.** The center fitting divides the feed into left and right paths.
2. **Shutoffs on the water and gas paths.** Each yellow handle controls the pipe it is fitted to. Trace that pipe to see which supply it stops.
3. **Capped ends.** Caps close the unused ends shown here.

!A steel gas pipe changes direction beneath exposed wood floor framing, with threaded elbow fittings visible 1 2 3

PHOTO 02 / ALONG THE ROUTE

### The route is more than a distance.

1. **Floor framing.** The wood structure affects where the route can pass and what can be reached.
2. **A change in direction.** An elbow joins the pipe sections at a turn. Fittings belong in the route assessment as well as straight pipe.
3. **Another turn.** The visible pipe continues downward.

### Planning another outdoor connection?

Start with the appliance models and the route back to the meter. Our worked appliance-change example shows how to total the new demand. For generators, include the manufacturer’s location and exhaust clearances when choosing the outlet location.

Read the original Mountain Man project account and gallery ↗

ACTUAL PROJECTS / LOCAL HOMES

## See the work. *See what was involved.*

Explore our recent gas-line and related plumbing jobs, with photos and a description of the work.

FROM OUR CUSTOMERS

## Care you can *read about.*

Verified Feedback

## What Our Customers Say

Real Reviews From Our Loyal Customers

**5.0** **80** reviews

Verified Google feedback **Real local reviews**

Browse the complete verified feedback on our reviews page.

Read verified reviews →

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Mountain Man Plumbing 79 Google reviews Write a review Posted on Google Liz Trustindex verifies that the original source of the review is Google. Super helpful and informative. Communicated well and was punctual! Posted on Google Nathan Trustindex verifies that the original source of the review is Google. Tyler from Mountain Man Plumbing replaced my in-house main water shutoff valve and the pressure reducing valve (PRV) with a very practical new system that enables me to view the line pressure coming in and any drops in pressure easily. Very good looking workmanship.

Prior to the work Tyler came out to my home and provided an estimate on the work, and stuck to the estimate. He's been easy to work with, cleaned up after himself, and also allowed me to change an appointment close to my originally planned estimate appointment over the phone. The website is also easy to use and efficient for scheduling an estimate. Thank you! Posted on Google Jeremy Trustindex verifies that the original source of the review is Google. ⭐⭐⭐⭐⭐

I had a great experience with Mountain Man Plumbing. Tyler showed up right on time, was professional, and got everything taken care of faster than expected—finishing the entire job in less than a day. He replaced our water heater, took care of the valves, and installed a new expansion tank, all with great attention to detail.

Everything is working perfectly now, and the whole process was smooth and stress-free. Highly recommend Tyler and the team if you’re looking for reliable, efficient plumbing work! Posted on Google Dana Trustindex verifies that the original source of the review is Google. Tyler was very professional, polite and honest. Instead of trying to sell me new parts or a whole new water heater he showed me that some of the heating elements just needed cleaned. I would recommend this company for anyone looking for honest help to get the right fix without getting ripped off. Posted on Google Kyle Trustindex verifies that the original source of the review is Google. Honest, thorough (caught a problem a couple people had missed), on time/reliable Posted on Google Barb Trustindex verifies that the original source of the review is Google. Efficient, clean, and knowledgeable. Posted on Google Wendy Trustindex verifies that the original source of the review is Google. Tyler was great! Hard to find a plumber who preps for a service call like he did. He asked questions before he came over to fix a shower valve so he could make sure he had the right parts for the fixture so he was as efficient as possible when he got here. Communication was great prior to the service call and during. Fixed everything I needed in a couple of hours for a very reasonable price. Posted on Google Ellen Trustindex verifies that the original source of the review is Google. Great service, fair pricing, quality work. I feel lucky to have found Tyler Nerdin at Mountain Man Plumbing! Posted on Google Karthik Trustindex verifies that the original source of the review is Google. Tyler was great. He kept his schedule and his work was flawless. Definitely knows his craft. Posted on Google Jon Trustindex verifies that the original source of the review is Google. Great service. Tyler updated everything that had been missed with my old water heater, even unplugged my floor drain. Highly recommended.
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COMMON QUESTIONS / PLAIN ANSWERS

## Before you book.

Open a question for details about the work, scheduling or an existing gas line.

### Appliances, pipe and project options

### What counts as gas line installation?

New appliance lines, extensions, relocated piping, added shutoffs and replacement of damaged pipe. We also repair customer-owned piping after a leak or utility shutoff. The quote lists the pipe work, connections, testing and permit or inspection arrangements.

Link to this answer

### Can you install a gas line for a new gas range or dryer?

Yes. Send the appliance model and location. We check the existing supply and plan the piping, shutoff and connector. If you are replacing an electric appliance, include its electrical and venting changes in the installation plan.

Link to this answer

### Can you install a gas line for a tankless water heater?

Yes. A tankless heater can use substantially more gas while running than the tank it replaces. We calculate the new demand on its branch and the shared piping back to the meter, then identify any piping or meter upgrades.

Link to this answer

### Can you run a gas line to an outdoor grill, fire pit or patio heater?

Yes. Send the appliance model and location, and tell us whether the route crosses a yard, deck or finished patio. Choose equipment made for the supplied fuel. A convertible propane appliance needs the manufacturer’s approved natural-gas conversion before use.

Link to this answer

### Can you install a gas line for a pool heater?

Yes. The heater’s fuel input, distance from the meter and other appliances sharing the route determine the supply needed. Send the model before installation so piping, pool work and any meter upgrade can be scheduled together.

Link to this answer

### Can you install a gas line for a whole-home or standby generator?

Yes, we handle the gas piping. Send the generator model and proposed location. Coordinate the pad, electrical connection and transfer switch—the device that switches the house between utility and generator power—with the other installers.

Link to this answer

### What size gas line do I need?

Pipe size depends on appliance demand, route length, material, available pressure and the appliances sharing each section. The fuel input shown on the appliance label gives its demand in BTU per hour. We use that rating and the full route back to the meter to size the piping.

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### What is the difference between black iron pipe and CSST?

Black iron is rigid steel gas pipe. CSST stands for corrugated stainless steel tubing; its ridges let it bend around framing, and it uses matching fittings. Modern black-jacketed, arc-resistant systems such as FlashShield+ provide added electrical protection without the manufacturer’s extra dedicated CSST bonding wire. They still follow standard gas-piping electrical bonding requirements. Product markings identify the system; a run containing conventional CSST still needs the extra bond.

Link to this answer

### What about flexible gas connectors at the appliance?

A short flexible connector joins an appliance to the nearby gas supply. Its listed capacity must cover the appliance’s demand, and its length and routing must fit the installation. The connector instructions also specify whether it can be reused.

Link to this answer

### Do you handle gas line work for home additions or remodels?

Yes. Kitchen moves, basement finishes and home additions can require new or relocated piping. Involve the plumber before framing is closed or cabinets are installed. We coordinate the agreed rough-in—the piping installed before finishes—with the contractor and other trades.

Link to this answer

### What about converting from propane to natural gas, or the reverse?

Check whether the appliance manufacturer offers a conversion for that model. Convertible equipment needs the specified parts and adjustments for the new fuel. We plan the gas piping and pressure around that fuel and coordinate the appliance conversion with the technician handling it.

Link to this answer

### Price, permits and preparing for the visit

### Do I need a permit for gas line work?

New lines and changes to gas piping commonly require a permit and inspection. The building department serving the address identifies the permit needed. Your proposal should name who obtains it and schedules inspection.

Link to this answer

### Do you give pricing before starting gas line work?

Yes. We explain the work and price before starting. Route, access, appliance demand, permits and finish repairs affect the quote. Ask about any visit or diagnostic fee when scheduling.

Link to this answer

### Can I text photos before booking gas line work?

Yes, for planned work. Send a wide view of the appliance location, visible piping and the model label or specification sheet. Leave connected equipment in place. If you suspect a gas leak, leave and use the emergency numbers above.

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### How quickly can you come out for gas line work?

Tell us your target date and appliance delivery date when scheduling. We will discuss the next available visit and allow for permits, inspections and any utility work.

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### How long does gas line installation take?

An exposed route usually needs less access work than piping behind finished ceilings or under a patio. The schedule also includes appliance delivery, permits, inspection and any utility work. We discuss the installation date and the expected date the appliance will be ready to use.

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### What should I do before the plumber arrives?

Have the appliance model, proposed location, timing and any utility or inspection notice ready. Clear normal access to the work area while leaving connected equipment in place. The project checklist above helps organize these details.

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### Do you offer second opinions on gas line quotes?

Yes. Send the estimate and photos of the proposed route. We can compare the piping, appliance connections, testing, permits and finish repairs included in each price.

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### Are you licensed and insured in Utah?

Mountain Man Plumbing’s Utah plumbing contractor license is \#12992295-5501. Verify the current license through Utah’s Division of Professional Licensing, and ask us for current insurance documentation.

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### What areas do you serve for gas line installation?

We are based in Sandy and serve the Salt Lake Valley, including Salt Lake City, Draper, South Jordan, West Jordan, Murray, Cottonwood Heights and surrounding communities. The local service links below give more detail. For mountain communities or an address near the edge of the service area, confirm coverage and scheduling with us.

Link to this answer

### What makes Mountain Man Plumbing different for gas line work?

We explain the appliance demand, pipe route and price before work starts. The project includes the agreed testing and inspection arrangements, followed by a walkthrough of the completed work and shutoffs. The project photos and customer feedback on this page show our work.

Link to this answer

### Existing lines and safety questions

### I think I smell gas. What should I do?

Leave immediately and warn others to stay away. From a safe place, call 911 and Enbridge Gas Utah at 1-800-767-1689. Do not operate gas valves, switches, phones, vehicles or anything else that could create a flame or spark in the affected area. Follow emergency responders’ directions.

Link to this answer

### Can you do gas leak detection and repair?

Yes, we locate and repair problems in customer-owned gas piping after the immediate hazard has been handled. Send the utility or inspector’s notice if you have one. We identify the affected section, explain the repair and access needed, then test the repaired piping.

Link to this answer

### My gas company shut off my gas. Can you help get it back on?

We can assess the required repair, testing and permit or inspection work. Keep the utility’s notice so we can plan against its stated requirements. The utility and inspecting authority determine the clearance and restoration process. Do not remove a utility lock, open the meter or relight equipment yourself after a safety shutoff.

Link to this answer

### Why does my new gas appliance have a yellow flame?

Decorative gas appliances can be designed for yellow flames. New soot, a changed flame or poor operation needs a service check against the model’s expected performance. A technician uses combustion testing to assess how the fuel is burning. For a carbon-monoxide alarm, leave and call 911 from outside.

Link to this answer

### Can I install a gas line myself?

We recommend a qualified professional for gas piping. The work includes calculating pipe sizes, selecting compatible materials, protecting appliances during testing and completing permits and inspections. Gathering appliance details and choosing the proposed location are useful ways to prepare.

Link to this answer

Utah Division of Professional Licensing ↗ · Local utility emergency guidance ↗

Gas Line Installation

## Areas We Install Gas Lines

Gas line installation and repair in the communities below. Choose your city for local service information. Based in Sandy, serving the Salt Lake Valley and nearby communities.

- **Cottonwood Heights** Salt Lake County *Gas Line Installation in Cottonwood Heights →*

- **Draper** Salt Lake County *Gas Line Installation in Draper →*

- **Herriman** Salt Lake County *Gas Line Installation in Herriman →*

- **Highland** Utah County *Gas Line Installation in Highland →*

- **Holladay** Salt Lake County *Gas Line Installation in Holladay →*

- **Kearns** Salt Lake County *Gas Line Installation in Kearns →*

- **Lehi** Utah County *Gas Line Installation in Lehi →*

- **Midvale** Salt Lake County *Gas Line Installation in Midvale →*

- **Millcreek** Salt Lake County *Gas Line Installation in Millcreek →*

- **Murray** Salt Lake County *Gas Line Installation in Murray →*

- **Riverton** Salt Lake County *Gas Line Installation in Riverton →*

- **Salt Lake City** Salt Lake County *Gas Line Installation in Salt Lake City →*

See All Service Locations →

**Our home base is Sandy.** Tell us the project address when discussing the route, permit authority and scheduling.

Find your service area ↗

GAS LINES DONE RIGHT

## Tell us what’s next. *We’ll help plan the line.*

Send the appliance model and where you want it. We’ll work out the supply, route and price with you.

Call (385) 766-8935 ↗

- All plumbing services

- General plumbing repairs

- Water heater repair

- Boiler & hydronic heating

- Customer reviews

Connected in your home

## Keep following the plumbing.

- 01 **Water heater repair & learning hub →** See the burner and venting that the gas supply serves.
- 02 **Boiler repair & hydronic heating →** Follow the gas into a boiler and the heat into the home.
- 03 **Plumbing remodels & rough-in →** Plan gas routes alongside the water and drain work in a remodel.

## Approved image details

- https://mtnmanplumbing.com/wp-content/uploads/2026/05/gas-line-addition-salt-lake-city-outdoor-bbq.png — Black iron gas pipe with a vertical offset rising into wooden floor joists to feed an appliance on the floor above.
Source page: https://mtnmanplumbing.com/gas-line-addition-salt-lake-city/
- https://mtnmanplumbing.com/wp-content/uploads/2026/05/gas-line-rough-in-floor-joists.png — Black iron gas pipe with a vertical offset rising into wooden floor joists to feed an appliance on the floor above.
Source page: https://mtnmanplumbing.com/gas-line-addition-salt-lake-city/

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