- If your home was built in the past five years or less, the local DHEC office may have a copy of your permit on file. Any person or organization — whether they own the property or not — can request a copy of a septic tank permit from the local office.
Where can I get a diagram of my septic system?
The contractor who designed and installed the septic tank on your property should have filed an as-built diagram at the local health authority. If you have the contact information of the contractor, you can request them for the diagram and then you can use it to locate your septic tank.
Are septic tank locations public record?
Contact your local health department for public records. These permits should come with a diagram of the location where the septic system is buried. Depending on the age of your septic system, you may be able to find information regarding the location of your septic system by making a public records request.
How do I find out where my drain field is?
Scan the area for markers: The location of your septic tank should be marked by a cement marker the size of a manhole cover. Look for it 10 to 20 feet away from your home. Once you locate the tank, follow the downward-most path and check for an empty downward-sloping field. You may have just found your drain field.
Can you walk on a leach field?
Your family can walk on a well-maintained drain field without fear of encountering puddles of affluent and dangerous bacteria. Bicycles and tricycles are also acceptable because they are not heavy enough to compress or disturb the soil.
Will metal detector find septic tank?
If it’s Concrete or Steel, Use a Metal Detector. Based on your conclusions in Step 3, if your septic tank is likely made from concrete or steel, a metal detector can make the task of locating it much easier. But not just any metal detector will do.
How much does it cost to pump a septic tank?
How much does it cost to pump out a septic tank? The average cost is $300, but can run up to $500, depending on your location. The tank should be pumped out every three to five years.
How many lids are on a septic tank?
A septic tank installed before 1975 will have a single 24-inch concrete lid in the center of the rectangle. A two-compartment tank installed after 1975 will have two lids of either fiberglass or polyethylene, centered at opposite ends of the rectangle.
How do I know if my house has a septic tank?
A surefire way to confirm whether or not your home has a septic system is to check your property records. It is likely that the building permit and blueprints for your home and property will contain information about the presence (or lack) of a septic tank.
How do I find out if my septic tank is registered?
Check if your septic tank is already registered You can check if your tank has already been registered by contacting your environmental regulator. If you are unsure then it is best to check and avoid making an unnecessary payment. The NIEA and SEPA have records of all registered septic tanks.
Do I have to change my septic tank?
Under the new rules, if you have a specific septic tank that discharges to surface water (river, stream, ditch, etc.) you are required to upgrade or replace your septic tank treatment system to a full sewage treatment plant by 2020, or when you sell a property, if it’s prior to this date.
How deep is a septic leach field?
A typical septic drain field (see Figure 1), also known as a leach field, is a series of perforated pipes that are set in trenches and buried with aggregates (½- to 2½-inch gravel or ½- to 4-inch rubber chips) and soil. These drain lines are at a minimum depth of 6 inches and are typically 18 to 36 inches wide.
How long do drain fields last?
It’s important to consider the life expectancy of a drain-field, too. Under normal conditions and good care, a leach-field will last for 50 years or more. Concrete septic tanks are sturdy and reliable but not indestructible. The biggest risk is exposing the concrete to acidic substances.
How do I know if my drain field is failing?
The following are a few common signs of leach field failure:
- Grass over leach field is greener than the rest of the yard.
- The surrounding area is wet, mushy, or even has standing water.
- Sewage odors around drains, tank, or leach field.
- Slow running drains or backed up plumbing.
Find Septic soakaway / drainfield location using documents
- What is the most often asked question we get from homeowners is how often they should get their septic tank emptied. Here are some answers. However, while you may be expecting for a universal solution, the reality is that everything is dependent on the size of your tank and the number of individuals that will be utilizing the system. Other factors, such as the age of your septic system, whether or not you have a garbage disposal, and the amount of water you use on a daily basis, might influence how often you pump. Septic tanks should be drained every two to three years, according to general guidelines. Whatever your tank size or family composition, you should never go more than 5 years without refilling. Another consideration is the type of items that are flushed down the toilet on a consistent basis. It is important to remember that there is no such thing as a “flushable” wipe when you have a septic system! As well as toilet paper that is septic-safe, For additional information on septic tank care, including what should and should not be flushed, see this site: septic tank maintenance. As a result, if you reside in an area where pumping is required every two to four years, you will get an official notification in the mail when it is time to have your septic system pumped. If not, make a note on your calendar and use the table below to calculate how frequently you should have your septic tank pumped out. Our team will record our findings and recommendations after pumping your septic tank so that we can contact you when it’s time to have the tank pumped once again. You can make an informed guess about the size of your septic tank if you’re not sure what big it is. In most cases, the size of your septic tank is determined by the number of bedrooms in your house. Your home is most likely equipped with a 1000-gallon tank if it has three bedrooms
- A home with four or five bedrooms is likely to be outfitted with a 1500-gallon tank. Older homes have smaller septic tanks, which means that if your home was constructed before the 1980s, you may need to have your tank emptied more regularly. In the case that you are unsure when your septic tank was last pumped, it is a good idea to have it emptied and examined to avoid a backup and to verify that it is in proper working conditions. It is likely that you will not have to pump your septic tank for another 2-4 years after you get it cleaned. Just keep in mind that the two most important parameters that influence your pumping frequency are as follows: 1. The capacity of your septic tank in gallons (gallons). 2: How many persons reside within your home? Fill out this easy formula to calculate how frequently your tank should be pumped, and then give us a call to get the process started. We’d be delighted to evaluate your tank and drainfield and offer any recommendations to ensure that everything continues to flush properly. Contact us now.
InspectAPedia does not allow any form of conflict of interest. The sponsors, goods, and services described on this website are not affiliated with us in any way. Using records to locate a septic drainfield or soakbed is described as follows: How to get records and revew papers in order to locate a septic tank, drainfield, or soakaway bed in a home or business. How to request paperwork that can document the septic system design “as approved” as well as that which was “as built” is explained in detail.
We also have anARTICLE INDEX for this topic, and you can use the SEARCH BOXes at the top and bottom of the page to obtain the information you need quickly and easily.
How to Use Septic System Records to Find the Drainfield – Whom to Ask – How to Find the Septic Leach Fields – Part 3
When it comes to septic systems, understanding where the drainfield is may be difficult because they are often underground systems. Finding the drainfield can be difficult because they are usually hidden. Because haphazard excavation by hand is extremely time-consuming and because haphazard excavation by backhoe can cause unnecessarily extensive damage to both a septic system and a homesite, drawing a sketch of the location of a septic tank, distribution box, and drainfield trenches or pits is a valuable document to prepare and keep with a home.
- Ask the owner if they have any sketches to leave with you; if they don’t have any sketches but know where the septic components are, walk the property with them and produce your own sketch of the septic components.
- Because anybody seeking for the system in the future is likely to start by locating the point where the sewage line exits the building, a former service worker or contractor understood it was a dependable location to leave a sketch.
- In certain cases, even though septic system and drainfield layout drawings have been submitted, it is possible that the “as built” drain field will not be identical to the plan filed since blockages might be identified during the drain field installation process.
- The septic tank’s center may be located using the simple but accurate measurement triangle depicted in the diagram below.
- It is not need to be visually appealing, to scale, or costly.
- Never rely on the local health agency or the building department to have drawings that show where the fields are located precisely.
- During our investigation, we discovered that one municipality had purposefully destroyed 50 years’ worth of septic and other construction plan records because they were tired of being pestered by residents who wanted that information and then complained when it turned out to be incorrect.
- Speak with contractors who are listed under the categories of Excavation, Plumbing, and Septic System Service since the excavator who has installed or worked on the property of your concern may be classified under one of those categories but not all of them.
- This article series, as well as our accompanyingSEPTIC LOCATION VIDEO, demonstrates how to locate the leach field or drainfield section of a septic system by going around a site with a camera.
(Septic drain fields are sometimes referred to as soil absorption systems or seepage beds in some circles.)
Reader CommentsQ A
@Joseph Coburn, please display the records regarding your septic system. Yes, Joseph, I’d be delighted to assist you in locating the leach bed on your property: Simply follow the “how to identify the drainfield” techniques and procedures outlined in the articles listed above under “Recommended Articles” labeled “How to Find the Drainfield.” LOCATION OF THE SEPTIC DRAINFIELD – BEGIN HERE PRECISE DRAINFIELD PIPE LOCATION – follow these procedures if you need to be precise with your drainage pipe location.
- More drainfield choices and approaches are available, including: It is necessary to excavate in order to locate drainage fields.
- REMARKING DRAINFIELD LOCATIONS OUT OF THE BOUNDS OF THE POSSIBLY UNLIKELY CLUES FROM THE VISUAL WORLD LOCATE THE DRAINFIELD VIA VISUAL INSTRUCTIONS LOCATE THE SEPTIC TANK IN ORDER TO FIND THE LEACH BEDS LOCATE @Dan Dyer, thank you for your comment.
- also have a look at the comments on your identical post at The location of my drain field has been discovered, and I need to figure out where the rest of it is before I can proceed to complete the task on time.
- As well as this, see THE LOCATION OF THE SEPTIC TANK AND THE LOCATION OF THE SEPTIC D-BOX Attempting to locate a septic system Septic drain field is located at 13368 East 49th Drive in Yuma.
- I’m looking to discover if there is any public information on a septic tank located at 5391 Hollis Goodwin rd.
- Continue reading at an SURPRISING DRAINFIELD LOCATIONALITY Select a topic from the closely-related articles listed below, or browse the entireARTICLE INDEX for more information.
Septic Drainfield Location Articles
- Clearance Disturbances, Septic System
- Odors, Septic or Sewer
- Locations of Septic Components
- Septic Drainfield Inspection Test at Home
- Septic Drainfield Location
- Septic Drainfield Inspection Test at Work
- LOCATION OF THE DRAINFIELD PIPE, EXACT
- EXCAVATE TO LOCATE THE DRAINFIELD
- REASONS FOR LOCATION OF THE DRAINFIELD
- Recordings to LOCATE the DRAINFIELD
- SURPRISING DRAINFIELD LOCATIONS
- UNLIKELY DRAINFIELD LOCATIONS
- VISUAL CLUES LOCATE the DRAINFIELD
- VISUAL CLUES LOCATE the SEPTIC TANK
- EXCAVATE TO LOCATE THE DRAINFIELD
- REASONS FOR FINDING THE DRAINFIELD
- EXCAVATE TO LOCATE THE DRAINFIELD Recordings to LOCATE the DRAINFIELD
- SURPRISING DRAINFIELD LOCATIONS
- UNLIKELY DRAINFIELD LOCATIONS
- VISUAL CLUES LOCATE the DRAINFIELD
- VISUAL CLUES LOCATE the SEPTIC TANK
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INDEX to RELATED ARTICLES:ARTICLE INDEX to SEPTIC SYSTEMS
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Where’s my septic tank?
There are a few solutions available if the previous homeowner failed to supply this critical information or if you have misplaced your original copy:
- Your local DHEC office may have a copy of your building permit on file if your house was built within the last five years or fewer, according to the DHEC. A copy of a septic tank permit can be obtained from the local office by any individual or group, regardless of whether or not they own the land in question. Because of this, it is highly recommended that you have as much of the following information as possible ready at the time of your request.
- Number of the tax map
- Lot number
- Block number
- Address in the physical world
- When the system was installed or when the house was built (if this information is available)
- Name of the original permit holder (if any information is available)
- Name of the subdivision (if the property is located within a subdivision)
- You may also submit a request for a copy of the permission through our Freedom of Information office, although this is not mandatory. To obtain a copy through the Freedom of Information Office, please complete and submit a copy of the DHEC FOI form. Instructions are given with the application. If feasible, please include the information about the property that is stated above. When looking around your yard, search for manhole covers or lids that have been buried by grass or leaves if your house was constructed before 1990.
Tags
Septic Tank Alerts Septic Tank Alerts
Site Plans for Well & Sewage Systems
Notifications about Septic Tanks
Find Existing Site Plans and Property Information
For useful information about the land and aid in designing a site plan, go through previous documents and maps.
- OnBase – Previous site plans
- Well, septic, building inspection, and soil erosion permits
- And previous site inspections and inspections. In order to obtain the best results, just input the street number of the address and search as follows: MapWashtenaw – Parcel maps and property data: Parcel maps and property data: Site Plan Tutorial – This video demonstrates how to use MapWashtenaw to build a site plan: If you come upon an existing site plan in the online archives, you may normally just edit that plan and submit it with your application instead of starting from scratch. Indicate on the plan any new features or modifications that have occurred since the plan was first authorized. Make certain that objects are labeled in the proper area and with the appropriate size
Site Plan Requirements
Site plans must be precise and drawn to scale, and they must include the following information:
- Property lines, both existing and proposed
- Existing and proposed building on the site, including the home, driveways, walkways, decks, garages, sheds, swimming pools, fuel tanks, geothermal wells/loops, and other structures
- And existing and proposed grading on the property. Locations of existing and prospective wells
- Septic tank(s) and drainfield(s) that are now in use and those that are being considered
- Locations of approved soil testing pits
- The location where the sewage pipe will leave the home
- The location of any well or sewage system on an adjoining property that is within 150 feet of the subject property
- And On-property surface water features such as streams, marshes, lakes, flood plains, and other similar features
- Slopes or hills are a type of terrain. If the sanitarian determines that more information or drawings are required, these will be provided. Your name, the address of the property, an arrow pointing in the direction of NORTH, and the scale used to construct the site plan are all included on the site plan. SCALE: 1 inch equals 40 feet, for example.
Site Plan Drawn to Scale
An accurate site plan that has been created to scale implies that a particular length on a ruler corresponds to a given distance on your property. Typically, site plans are drawn to a scale of 1 inch to 40 feet (1″=40′), which means that one inch of paper corresponds to 40 feet of actual ground on your land. An engineer’s scale (which is similar to a ruler) may be purchased at art/office supply stores and will have the number “40 scale” printed on it. If you choose a 40 scale, it implies that one inch is split into 40 equal segments, each of which represents one foot on your site plan.
It’s important to remember to indicate the scale you’re working with (for example, one square equals 10 ft).
Using a scale of 1″=40′, here are some examples:
- Assembling your home to the appropriate size. Your house measures 30 feet broad by 60 feet long. Drawing a box 3/4 inch by 1.5 inch to depict your house drawn to scale is necessary since 30 (house width) divided by 40 (scale) equals 3/4 and 60 (house length) divided by 40 (scale) equals 1.5, respectively. Drawing your house in the proper position is important. House should be built 180′ south of the north property line and 35′ east of the west property line, according to you. The distance between your north property line and the south property line is 180/40 = 4.5 inches, while the distance between your west property line and the east property line is 35/40 = 0.87 inches.
Septic System Construction Permit
If an individual or a property owner want to have a subsurface sewage disposal (septic) system constructed on their land or if they need to repair an existing malfunctioning system, they must get a Septic System Construction Permit from the City of San Diego. Septic System Assistance Division County Map (Division Septic System Assistance County Map)
What Information Must I Provide?
Applicant’s information can be submitted using the web portal*, and it includes the following:
- Identify the landowner’s name and address, as well as the location or site’s size and number of occupants (including number of bedrooms), water consumption amounts, whether there is an excavated basement, whether there are basement plumbing fixtures, whether the house and lot have been staked, and the name of the installer (if any). Drawing showing the property boundaries, home site position, well location, spring location, planned roadway and utilities, and driving instructions to the site are included in this document. For large conventional or alternative systems, soil maps are created by a soil scientist (if necessary), and system design is completed by a licensed engineer.
*Please keep in mind that the Division suggests that you apply online in order to expedite the application processing. Paper applications, on the other hand, will continue to be accepted at the relevant Environmental Field Office. (CN-0971, Form CN-0971)
Helpful Lists:
- The Division of Water Resources is a division of the Department of Water Resources. CONSULTANTS APPROVED BY THE DEPARTMENT OF AGRICULTURE
- INACTIVE INSTALLERS- This list, grouped by county, covers those persons who have valid permits to construct, install, modify, or repair a septic system. It should be noted that installation permits are valid across the state, not only in the counties indicated. A separate permission may be required in contract counties such as Blount and Davidson counties as well as Hamilton and Jefferson counties as well as Knox and Madison counties as well as Shelby and Williamson counties. Individuals possessing valid licenses to remove (pump) household septage from septic tanks, holding tanks, portable toilets, or other similar sewage treatment or disposal facilities are listed on this page as “Active Pumpers.”
How Will My Application Be Processed?
Applicants should submit their completed application forms, along with the required application costs, to the Division of Water Resources at the relevant Environmental Field Office.
The application is subjected to a thorough examination, and the applicant is notified when the examination is completed. The review procedure typically takes ten days, and it must be completed within 45 days of the day the application was submitted, unless an extension has been granted.
What Fees Are Required?
| New Conventional or Large Diameter Gravelless Pipe SSDS Permit | $400 up to 1000 gallons per day design flow$100 for each additional 1000 gpd flow | |
| New Conventional or Large Diameter Gravelless Pipe SSDS Construction Inspection | $100 | |
| New Alternative SSDS Permit | $500 up to 1000 gallons per day design flow$150 for each additional 1000 gpd flow | |
| Alternative SSDS Construction Inspection | $200 | |
| Experimental SSDS Permit | $500 | |
| Repair Permit | No permit fee | |
| Repair Construction Inspection | $100 |
What Are My Rights and Responsibilities After the Permit is Approved?
The applicant has the authority to carry out the activities that were granted in the permission application. They are responsible for notifying the Department of any changes to the information in the application. The applicant is responsible for complying with any state legislation and regulations that may be applicable. A system’s installation must be reported to the Division by the applicant or installer of the SSDS so that it may be examined and certified as compliant. Applicants who have had their permits rejected, suspended, or cancelled have the opportunity to file an appeal with the appropriate authority.
What Are the Division’s Rights and Responsibilities After the Permit is Approved?
During each SSDS installation, the Division inspects the system to confirm that it was installed in line with the permit conditions and regulatory requirements. In the event that an applicant fails to comply with state legislation or departmental rules, the Division has the authority to revoke, suspend, or refuse the issue of a permit. Any individual who violates or fails to comply with state legislation, rules, or regulations may be susceptible to civil fines as a result of their actions.
Whom Do I Contact For Applications, Assistance and Other Information?
Applicants can acquire applications and information from the Environmental Field Office that is most convenient for them.
Applicants may refer to the following publications for further information:
- TDEC Rule 0400-48-01: Regulations to Govern Subsurface Sewage Disposal Systems
- TCA Section 68-221-401.414: Subsurface Sewage Disposal Systems
- TDEC Rule 0400-48-01: Regulations to Govern Subsurface Sewage Disposal Systems
Locating Existing Septic Systems
Currently, the Porter County Health Department is in the process of digitizing septic system records, with the goal of providing internet access to these information by 2018.
Determine the Year Your Septic Was Installed
- Prior to 1974, the Porter County Health Department did not have any septic permit data on file. As a result, residences constructed before to 1974 will not have any documentation on file.
- Porter County Health Department will want the following information in order to locate a sketch of your septic system on your property:
- The address of the property
- The name of the subdivision and the lot number, if applicable
- The name of the property owner at the time the septic system was built, or the name of the permit application
- PCHDwill require the following information in order to locate a drawing of your septic system:
Locating Your Septic System Without a Drawing
Discover where your main sewer line exits your home; this will give you a good idea of where your tank could be hidden beneath your home. A typical tank is around ten feet away from the home and is five by eight feet across. The lateral lines are typically constructed down slope from the septic tank unless the laterals are particularly deep or unless there is a dosing chamber to pump the effluent upslope. When running from one edge of the trench to the other, the lateral lines are typically 3 feet broad and 4–5 feet apart on average.
In addition to purchasing a probe, any long solid rod may be used as a probe, which can be found at any hardware shop.
It is advised that, once a septic tank has been discovered, a riser be constructed above the access ports of the tank to provide for simple access to the tank in the event that it has to be pumped later on.
How Close Can My Septic System Be to a Pool, Pole Barn, Garage, Etc.?
Septic systems must be located at least 10 feet away from any structure, including pools, patios, and fences, among other things. Decks must be erected at least 10 feet away from lateral lines and cannot be built over a septic tank.
How Do I Get a Septic Location Report for a Building Permit?
Provide a design to the Porter County Health Department that depicts the location of your house, septic system, and any structures you want to build on the site, among other things. The drawing must either be drawn to scale or depict the distance between the structure you intend to develop on your land and the septic system, whichever is the greater. If the Porter County Health Department already has a drawing of your septic system, they would gladly give you with a copy of it at no additional cost.
For those who do not have access to a drawing from the Porter County Health Department, they must either find the septic system themselves or hire someone to do it for them.
How Can I Find out Who Originally Owned My Property?
The Assessor’s Office may provide you with information on who owned your property at the time of purchase.
How Often Should I Get My Septic Tank Pumped?
A septic tank should be pumped once every three to five years, on average. The greater the number of people that live in your home, the more frequently your septic tank should be drained. Pumping your septic tank on a regular basis prevents sediments from accumulating in your septic tank, which can lead to clogging of your lateral lines and the failure of your septic tank system. It is recommended by the Porter County Health Department that a riser be constructed over the tank’s access ports in order to provide simple access for pumping the septic tank at a later date.
Locate Your Drainfield
| You know your septic system drainfield is out there� but just where is it? It is important to locate it so you can avoid damaging it by: |
- Building a road over the drainfield
- Parking or operating heavy equipment on the drainfield
- Planting trees or bushes in close proximity to a drainfield is prohibited. Creating soil disturbances through a landscaping project or the presence of cattle
In addition, knowing where your drainfield is located allows you to inspect the drainfield for symptoms of trouble, such as damp soil and foul aromas. You should obtain a copy of the record sketch for your particular system. It is a diagram that shows where the various components of your septic system are placed. This diagram was previously referred to as a “as-built” or “record drawing.” You can obtain further information by contacting the Thurston County Permit Assistance Center (PAC) at 360-786-5490 or by downloading the Request for Record Drawing/Permit Information form.
SW in Olympia, Washington (PAC Hoursof Operation-LimitedHours Please Check Before You Leave).
This is the tax identification number that appears on your county tax bills.
(If you do not know your tax parcel number, contact the County Assessor’s office.) The level of detail and quality of the record drawings varies substantially.
a more recent diagram will indicate the tank, drainfield, replacement area (which will be used in the future if a replacement field is required), and any additional components of your system, such as a pump chamber or mound It is also possible to record the dimensions of the tank and the length of the drainfield lines.
- If you don’t water your grass in the late summer, you may notice green stripes in your yard as a result. These are the regions that are prone to flooding along the drainfield pipes. When it is cold outside, the regions above your pipes may be the first spots where frost melts in your yard. Do you have any ports for monitoring or clean-outs? These are tubes or pipes with a white cap that are cut off at or near the ground level. Drainfield pipes include liquid level indicators that are situated at the ends of the pipes, which allow you to monitor the amount of liquid in the pipes. Examine the regions leading away from the septic tank with great caution. Avoid the use of heavy steel wrecking bars or other probing equipment that might cause damage to the septic tank top or other components of the system. Take note of any signs you see, such as shallow, parallel depressions that may indicate drainfield trenches. The installation of a drainfield among huge trees or in particularly rough terrain is quite unlikely. Examine the area beneath the home where the sewer line emerges from the foundation. The septic tank is typically located within 10 feet of the foundation
- However, this might vary. Engage the services of a competent business to send down echo-locators
Septic Systems (Onsite Sewage Systems)
- Drinking WaterWells
- Environmental Services
- Fees, Forms, Permits
- Food Safety
- Garbage DumpingComplaints (Solid Waste)
- Gardening
- Hazardous Waste
- Health CodesRegulations
- Healthy Home Environment
- Integrated Pest Management (IPM)
- PublicationsBrochures
- Rodents, Bats, Insects, and Other Vectors
- Scatter Creek Aquifer Septic Management Project
- Scatter Creek Aquifer
- A plan for on-site sewage management
- Operation and maintenance
- The date of transfer
- The types of septic systems to be used
- Operational certificates and septic system professionals
- And financial assistance. Materials for Educational Purposes Workshops
- Frequently Asked Questions
- Prevention of disease
- Social Services
- Thurston Thrives
- Disease Control and Prevention
Environmental Health professionals are available to answer concerns concerning land use, septic systems, and wells at the Building Development Center from 8 a.m. to 4:00 p.m., Monday through Friday, excluding holidays. For more contact information, please see the following link. Permit Information Currently Available Check the current permission status for Septic and LanduseProjects by entering the project name and address.
Historic Septic Permit Information in Oregon To finish the search, you will need your permission number, project number, or parcel number. Learn how to run and maintain your septic system in the appropriate manner.
- In this section, you will learn about septic system basics, the drainfield, inspecting your septic tank, septic system dos and don’ts, and special conditions.
- You may find a DIY Septic System Inspection Video, Field Guide, and Checklist at the bottom of this page to aid you in examining your system.
Learn about the many types of septic systems available today.
- Mound System
- Sand Filter System
- Aerobic Treatment Unit (ATU)
- And other components.
- Various Other Systems (Proprietary) Please refer to the Washington State Department of Health document titled “List of Registered On-Site Treatment andDistribution Products” for the most up-to-date information on proprietary sewage products permitted by the state of Washington.
| Requirements for properties with on-site sewage systemswhen sold or transferred.more |
- Thurston County Septic System Professionals who are certified to provide services in the county – Link to New Webpage
- Information for Septic System Professionals:
- Certified Monitoring Specialists
- Designers and Installers
- Installers
- Certified Monitoring Specialists
- Time of Transfer Application
- Time of Transfer FAQ’s
- NEW 2022 FEE SCHEDULE
- 2021 Environmental Health Fee Schedule
- SepticSmart
- BuildingDevelopmentCenter(BDC) Hours
- Henderson WPA Septic O M Program
- Henderson Response Plan(7-12-19)
- The Code Enforcement – Article IV
- Flood-Related Health Issues
- OSS Tank Pump Out Report – ElectronicSubmission Only: $15
- Flood-Related Health IssuesCleanup Guidelines
- Request for Record Drawing/Permit Information
- Installer Construction Completion Form
- Onsite Sewage System Abandon Application
- Request for Record Drawing/Permit Information
| How welldo you know your septic?TAKE A QUIZ |
| contacts |
- Failing Systems360-867-2673
- Loan Program(failing systems only)360-867-2628
- BrochuresWorkshops360-867-2626
- Septic Help Line360-867-2669(leave message)
- General Questions360-867-2673Email
- Henderson Watershed Protection Area O M Questions360-867-2626Email
- Building Development Center360-786-5490
- BrochuresWork
Septic Systems
Septic systems that are in good working order are beneficial to your family, your budget, and the environment. You can safeguard your septic system and save money on costly repairs by following a few easy procedures. Your groundwater, as well as the lakes, rivers, and beaches of Puget Sound, will benefit as well!
What is a septic system?
Consider them to be similar in size to a sewage treatment facility, but considerably smaller. They collect, store, treat, and dispose of the items that you flush or pour down the toilet. Various sorts of systems are available to choose from. Some are straightforward, requiring merely a tank and a drainage area. Others are more complicated, necessitating the use of pumps, filters, or materials that have been particularly created. For further information, please see our 3D septic system models.
A maintained septic system keeps you and the environment healthy and helps:
- Reduce the likelihood of individuals becoming ill as a result of untreated sewage
- Reduce the likelihood of groundwater and surface water becoming contaminated
- You will save money and your system’s life will be extended.
Our role is to:
- Consult with septic system specialists to approve the design, placement, and installation of the system
- Property owners should be educated on the need of keeping their septic systems in good working order.
What are the regulations?
- Environmental Health Code, Chapter 1, General Provisions
- Environmental Health Code, Chapter 2, On-Site Sewage
- Environmental Health Code, Chapter 3, Water Regulation
- Appeals Process for Orders and Decisions of the Health Officer
- Environmental Health Code, Chapter 1, General Provisions
Resources
- The Septic Systems 101 webinar is available online
- Designers and Engineers —A list of designers and engineers that are qualified to work in Pierce County is available online
- Septic Systems 101 webinar is available online
- Installation Companies —A list of companies that have been certified to work in Pierce County
- Fee Schedule — Fee Schedule for On-Site Sewage, Wells, and Water Resources Services
- Complaints can be lodged against a Pierce County Septic Service Company or a person. A list of firms that have been certified to work in Pierce County’s septic system service industry.
Have questions? We have answers!
For further information, please contact us at [email protected] or (253) 649-1925.
Building & Construction
So you’ve located the perfect location for your dream home! Congratulations! If your home will not be supplied by municipal water and sewer, you will need to take a number of procedures to ensure that you have a safe water supply and waste water disposal system (also called a subsurface or onsite sewage disposal system). Save yourself time and money by having the soil tested on the property before you actually acquire it. This will save you both time and money throughout the purchasing process.
Site Investigation/Soil Testing
Download the fileApplication B, which must be completed and sent to the North Dakota Department of Health and Human Services office along with the proper cost. As soon as we get this papers, one of our sanitarians will call you to organize a time for the site examination. Prior to our employees completing the site investigation, the following actions should be completed by the client:
- In both the primary and reserve areas of the planned septic system, a deep test hole of at least 7 feet in depth is required in each location. Each hole must have a sloping end to make it easier to get into
- In the location where the new system will be installed, a percolation test hole 6-12 inches in diameter and 18-24 inches deep must be dug. Percolation holes are often situated between the two deep test holes
- However, this is not always the case. A minimum of 5 liters of water must be placed close to the percolation hole to ensure proper operation. Pre-soak the percolation hole for a few minutes. Fill the hole with water between 1 and 24 hours before the time of the test
- Make a decision on the amount of bedrooms that will be in your new home.
The results of the site investigation will be mailed to you by the NDDH sanitarian after it has been completed. Depending on the results, it will be determined if the property requires an engineered septic system. Recommended system sizes will be listed on the last page of the soil data sheets, with specifics on how to implement them. It is important to contact our office if you are considering acquiring a property that has been soil tested in order to obtain a copy of the soil data. This will aid you in deciding whether or not you will require an engineered septic system in your home.
If the prior owner’s name is known, please provide it as well.
Provide a copy of the soil data sheets to a CT licensed installer or engineer (whichever is necessary) and have a system for septic tanks developed if you have now determined that this is the property you want to build your dream house on.
A set of floor drawings for your home should also be included with your application.
The charge for the Permit to Construct covers technical consulting during the construction/installation process, as well as the final septic system inspection and one re-inspection if required.
It is reasonable to anticipate that one of our sanitarians will conduct at least one and maybe up to four inspections on your property:
- It is possible that the Permit to Construct will need an excavation inspection at the bottom of the excavation before proceeding with the next inspection. As a result, only the topsoil has been removed from the area where the proposed leaching field will be located
- The second inspection, if required by your Permit to Construct, is actually another percolation hole in the fill material that has been deposited and compacted for your proposed leaching field. This fill material must percolate at a rate that is equal to or better than the rate of your initial percolation test. It may be necessary to conduct a sieve analysis of the fill material in order to determine whether or not the material complies with the Connecticut Public Health Code Regulations
- The third inspection, which is the final inspection of the septic system, is required on all Permits to Construct
- And the fourth inspection is required on all Permits to Construct. This inspection will determine whether or not the right materials were utilized in the construction of your septic system. The fourth inspection is only required if there were items found during the final inspection that needed to be fixed and re-inspected
- Otherwise, it is not required.
Well Approval Process
- Make contact with the well drilling company of your choosing. The driller will submit a well permit to the North Dakota Department of Health and Human Services for approval. According to this permission, the position of the well that will be drilled in relation to the home and the septic system will be specified
- When the documentation has been filed, a sanitarian will study it and, if necessary, perform a site inspection of the property in order to get approval for the well’s location. It is the driller’s responsibility to ensure that the approved application is returned to him, which permits for the beginning of well drilling. The well completion report must be sent to the North Dakota Department of Health and Human Services. In order to conduct a water test once the well is connected to your property, a staff member from a Connecticut accredited laboratory must collect a sample of the water from an inside faucet and send it to the laboratory for testing. Insist on the lab doing a routine profile test on the water in question. Following compilation of results, request that an original copy of the water analysis be sent to the NDDH.
Permit to Discharge
Obtaining this papers is the final step in completing your septic system and well installation. When issuing a Certificate of Occupancy, the Town Building Official will require the Permit to Discharge in order to complete the process. The following things must be presented to and approved by one of our sanitarians before they may be accepted:
- An AS-BUILT DRAWING must be submitted by either an engineer or an installer, depending on the specifications of the Permit to Construct application. A complete set of dimensions must be included in this figure, including the distance between a known location (such as house corners), the septic tank, D-boxes, and the ends of trenches. (Refer to the illustration.) Installation must be completed by the installer using a checklist (which he will obtain when he applies for the Permit to Construct) and then signing the form. It is necessary to submit to the NDDH a WELL COMPLETION REPORT
- It is necessary to provide a copy of the WATER ANALYSIS to the NDDH. Following the examination of the documents by a sanitarian from the North Dakota Department of Health, a Permit to Discharge form will be provided. It is intended that a copy of the Permit to Discharge be provided to the Town Building Official.
