Septic System Installation in Rawlins, WY
Replacing a failed system or installing one for a new build in Rawlins involves more than digging a hole for a tank. Soil testing, system design, permits and inspections all shape the final result.
A local installer can tell you which system types are likely to work on your lot and what the process looks like.
The steps of a new septic installation
Expect five stages: site and soil evaluation, system design, permit approval, construction, and inspection before the trenches are covered. Weather and permit review times affect the schedule more than the digging itself, which often takes only a few days once everything is approved.
Choosing the right system
The best system is the one your soil and lot can support. Good, deep soil often allows a conventional system. Clay, high groundwater or shallow bedrock may call for a mound, pressure distribution or an aerobic unit. Each has different costs and maintenance needs, so ask your installer to explain them.
Permits and approvals
New and replacement systems almost always need a permit. Expect a soil evaluation, a design that meets local code, plan review and at least one inspection during installation. the Carbon County health department or your state agency sets the requirements, and many installers handle the application for you.
What affects installation cost
The biggest factors are system type, soil conditions, lot access, tank size and local permit requirements. Conventional systems in good soil generally cost the least. Mounds, aerobic units and other engineered systems cost more to build and maintain. Removing an old system and restoring landscaping add to replacement projects.
Caring for a new septic system
Keep a copy of the design and as-built drawing, schedule your first pumping as recommended, and keep vehicles and structures off the tank and field. Plant only grass over the dispersal area and direct roof and yard runoff away from it. Systems with pumps or treatment units need regular service to stay under warranty.
Questions to ask an installer
Ask who performs the soil evaluation and design, whether they handle permits, what system types they recommend and why, and how long the project will take. Ask about warranty terms and what maintenance the system will need.
Planning a timeline in Rawlins
A realistic plan starts with the soil evaluation and design, then the permit review, then installation and inspection. Soil testing can depend on weather, and review times vary by county. Building the septic schedule into a home build or replacement plan early helps avoid delays, especially when the old system has already failed.
What to avoid on a new system near Rawlins
Avoid choosing an installer on price alone, starting before the permit is approved, or placing the field in a low spot that stays wet. Think about future plans for the yard, since a pool, addition or outbuilding cannot go over the field later.
Before the digging starts in Rawlins
Installing a septic system in Rawlins touches the whole yard, so plan access for the excavator and the tank delivery. Mark wells, water lines and property corners first. Ask the installer how they will restore the lawn afterward. A clear plan now avoids moving a driveway, a shed or a fence later.
What Rawlins's soil means for a new system
Soils around Rawlins range from good to very limited, so the system type depends on the results of the soil test on your lot. Rawlins gets about 10 inches of precipitation a year, so water table limits are less common, though your soil test still decides the design. About 4 months below freezing mean pipes and components must sit deep enough or be insulated, and installation is usually easiest outside winter.
Local conditions in Rawlins that affect septic installation
Among the mapped soils within about two miles of central Rawlins, the USDA soil survey rates 39% as very limited for septic absorption fields, 32% as somewhat limited and 29% as not limited. The most common drainage class is well drained. Conditions vary from lot to lot here, so a site evaluation is the only way to know how well a particular yard will handle a drain field.
Rawlins averages about 10 inches of precipitation a year, and May is usually the wettest month. Average temperatures stay below freezing for about 4 months a year, with January averaging 20°F, so tank lids and shallow lines benefit from a layer of snow or mulch rather than being cleared bare.
Sources: USDA NRCS Soil Survey (SSURGO), Soil Data Access; NASA POWER long-term climatology. Soil ratings describe mapped soil types near the city center and do not replace a site evaluation of your property.
What the soil around Rawlins means for septic installation
By drainage class, the USDA soil survey maps the land around Rawlins as 92% well drained, 8% moderately well drained. Most of the soil here drains reasonably well, so a conventional trench field is often possible where the lot allows, but the soil test still decides.
Source: USDA NRCS Soil Survey (SSURGO), Soil Data Access
Septic companies near Rawlins
We do not have a septic company on file within 60 miles of Rawlins yet. Send a request and we will find the closest companies for you.
About Rawlins, WY
Rawlins is in Carbon County, Wyoming. About 8,032 people live there, across 8.2 square miles of land (about 974 per square mile).
Septic Installation questions in Rawlins
- Can I install a septic system myself?
- Most areas require licensed designers or installers and inspections. Check with the Carbon County health department before planning any work yourself.
- How big does my septic tank need to be?
- Tank size is usually based on the number of bedrooms and local code. Your designer will size the tank and field for your home.
- Can a replacement system go in the same place?
- Sometimes. It depends on the condition of the soil in the old field and local rules. Many replacements use a new area of the yard.
- Is SepticTank.com the installer?
- No. SepticTank.com connects you with an independent local septic company that serves Rawlins. That company designs, installs and prices the system.