How Close Can You Build To A Septic Tank In New Hampshire?

  • Answer – A full foundation must be 10 feet from the septic tank and 20 feet from the leaching area. – A slab foundation such as a garage must be 10 feet from the septic tank and 10 feet from the leaching area.

How close can you build to a septic tank?

Septic tanks should be at least 7 metres away from any habitable parts of the building. They should also be located within 30 metres of an access point so that the tank can be emptied.

How close to a septic tank can I build a garage?

– A full foundation must be 10 feet from the septic tank and 20 feet from the leaching area. – A slab foundation such as a garage must be 10 feet from the septic tank and 10 feet from the leaching area.

How far should a septic system be from the house?

Local codes and regulations that stipulate the distance of the septic tank from the house vary depending on the locale, but the typical minimum distance is 10 feet.

What are the regulations for septic tanks?

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.

Do you need planning permission for a septic tank?

The short answer is yes. You will need planning permission from a local authority in order to have a septic tank installed, no matter if it’s at your own home or on a business site.

Can I build a deck over septic tank?

You should never build a deck over a septic field; doing so will prevent the natural draining and dissipation of the effluent. This can ruin the septic system, not to mention releasing foul smells into the air all around your deck. The dissipating effluent can also rot the deck from underneath.

How close can leach field be to house?

Common guidelines require at least 50′ clearance distance between a well and a septic system tank or 150′ between a well and a septic drainfield or leaching bed but you will see that different authorities may recommend different distances. Local soil and rock conditions can make these “rules of thumb” unreliable.

Can you put a garden over a septic field?

Planting over a septic leach field (drain field) is possible if it is done with care. If you have limited space on your property where you can garden, the leach field may be the only spot for landscaping. Vegetable gardening over a leach field is not recommended.

Can you build a shed over a leach field?

It is never recommended to build a structure over any portion of your septic system. No permanent structures should be built over any portion of the system, but at least in this case the homeowner can pump out their septic tank.

How far can a septic tank truck pump?

Usually the pump truck sits out in the driveway or street and a hose is used to vacuum out the septic tank. Most trucks, however, cannot pump more than 100 feet under normal flat conditions.

How deep is the septic tank outlet pipe?

After the solids settle out, effluent leaves the septic tank through the outlet pipe and flows to the drain field. The outlet pipe should be approximately 3 inches below the inlet pipe.

Is my septic tank illegal?

No, septic tanks aren’t going to be banned. Septic tanks do a good job of holding back solids and separating solids from liquid, they also offer a small degree of biological cleaning, however the waste that is discharged from them is still very high in ammonia and requires treatment before entering the environment.

Do I need to register my septic tank in England?

Pursuant to new Environment Agency Rules (Environment Permitting (England and Wales) Regulations 2010) which came into force on 6th April 2010, sewage treatment systems and septic tanks must be registered with the Environment Agency. If you require a permit there is a one-off charge.

Does heavy rain affect septic tank?

It is common to have a septic back up after or even during a heavy rain. Significant rainfall can quickly flood the ground around the soil absorption area (drainfield) leaving it saturated, making it impossible for water to flow out of your septic system.

Septic Systems

  • Approval for construction
  • Approval for operation
  • Approval for septic system
Many changes to systems require Approval for Construction

Preliminary approval for construction must be obtained prior to converting a structure from seasonal to full-time occupancy, prior to increasing the load on an existing septic system, and/or prior to commencing any additions to a structure. Preliminary approval must also be obtained prior to replacing or expanding a structure, subject to the requirements of RSA 485-A:38, II-a.

An inspector will determine whether the system meets requirements

A New Hampshire Department of Environmental Services inspector will inspect and assess the newly constructed septic system to confirm that it has been installed in line with the objective of the authorized design. An electronic Approval for Septic System Operation will be completed once the inspector has decided that the system complies with all relevant regulations. A digital copy of the approval will be kept on file with the New Hampshire Department of Environmental Services. Inspectors from different regions

Guidance and permit applications for septic systems

In the case of any structure from which wastewater will be discharged on site and to which a water supply is or will be connected, a septic system will be needed to be installed. If your septic system is properly planned, implemented, and maintained, it should provide you with many years of trouble-free service. The New Hampshire Department of Environmental Services (NHDES) provides instructions for filing applications, which can also be completed online through e-permitting. Locate the relevant apps.

Archive Records

Considering that the Subsurface Systems Act was enacted only in 1967, there are no records in existence if the building was built before 1967. The majority of the septic systems constructed within 1,000 feet of a surface water during the period 1967 to 1971 are included in the state records. The catalog of these records may not necessarily contain all of the information. From 1967 until 1986, the state’s records were exclusively comprised of paper documents. The municipality in which the structure is located may keep paper or electronic records of the structure’s history.

Make a request for an archive by filling out the form below.

Septic Regulations in New Hampshire

Septic systems are frequently utilized to handle residential and commercial wastewater in many smaller towns and localities in New Hampshire, particularly in the state’s rural areas. Despite the fact that the state motto of New Hampshire is “Live Free or Die,” septic systems are heavily regulated at both the state and local levels.

Regulation of Septic Systems / Septic Contractors in New Hampshire

The Subsurface Systems Bureau of the New Hampshire Department of Environmental Services (DES) is the office in charge of the following responsibilities:

  • On-site septic inspections
  • Certification of septic system installers and designers
  • Handling of complaints

In addition to information sheets that address typical issues regarding making adjustments to current wastewater treatment facilities, the DES also maintains a variety of relevant fact sheets. Cities and municipalities, on the other hand, have the authority to regulate septic systems since they have an impact on local health concerns (especially groundwater contamination).

As a result, it is critical that you consult with your local town hall before installing or expanding your house septic system.

Licensure Requirements for Septic System Contractors

Professional septic system installers and designers in New Hampshire are required to get a permit from the state before they may design or construct a septic system in the state. In addition, a permit is required for the repair or replacement of an existing septic system. If you are a homeowner and you wish to build, install, replace, or repair a septic system on your own primary house, you are not need to get a permit to do these activities. The state of New Hampshire requires septic system designers to complete both written and field tests before they can be granted a license to practice their profession.

Exams are held four times a year in total.

Installing a new Septic System

When it comes to building a new septic system, many municipalities have their own set of rules. For example, in Salem, New Hampshire, your septic plan must first be authorized by the town before it can be transmitted to the state for a separate approval procedure. A permit must be obtained from the municipality, and town engineers must be present during the first testing and before the completed system may be backfilled to ensure proper operation.

How to file a Complaint

If you have reason to believe that a local septic system may be a health hazard, your first action should be to notify the township. If they are unable to assist you, the New Hampshire Department of Environmental Services (DES) provides a complaint form. To file a complaint against a septic system company, you can contact the Attorney General’s Office of New Hampshire or the Better Business Bureau of Greater Boston.

Finding a Nearby Septic Contractor

Take a look at our list of small firms that do septic tank pumping in New Hampshire.

What Home Buyers and Sellers Should Know About Septic Systems in New Hampshire

A septic system may operate successfully for as long as you own your property if it is properly maintained. A system should have a lifespan of around 25 years on average. The cost of replacing the system ranges from $5,000 to $20,000 or more, so if you’re buying or selling a property in New Hampshire that has a septic system, here are a few things to keep in mind. It is not normally necessary in New Hampshire to have a successful septic inspection performed. But it is essential for some forms of funding, such as USDA loans and New Hampshire housing loans.

It is the buyer’s responsibility to ask the seller specific questions concerning the septic system, such as when the system was last pumped.

Another important factor to consider is the number of individuals who currently reside in the home.

Septic systems are developed in accordance with the amount of bedrooms in the house.

Ensure that the septic system and salt-based water treatment system of the property you are considering purchasing backwash into a dry well before you complete the purchase.

Selling a Home with a Septic System

Homeowners in New Hampshire who are considering selling should check to see that their septic system is in good working condition. In addition to pumping the tank on a regular basis, keeping the drain field free of trees or bushes that might clog drain lines, and controlling water use are also important considerations. Excessive water consumption is one of the most common causes of septic system failure. Another effective strategy to check the condition of your septic system is to have it inspected once a year.

  • Prior to putting their house on the market, sellers should have their septic system inspected and tested.
  • In order to reflect the state of the septic system, they may use a numerical grade, or they may simply rank it as follows: Good, Fair, Poor, or Failing.
  • However, if a system breaks for a little and affordable cause, it is better if the vendor can fix the system on the spot.
  • While this may deter some purchasers, providing them with this information up front is the best way for them to understand and prepare for what they will be dealing with.
  • If you live in a condominium with a septic system, the condo association is responsible for the inspection, maintenance, and improvement of the system for your unit, unless otherwise stated.
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Buying a Home with a Septic System

The septic system report should be properly reviewed if you plan on purchasing property in New Hampshire in order to discover any potential problems with the system. You may also inquire about the age of the septic system, whether or not the system is up to code, and the name of the septic system provider that the homeowner employed. An examination of the septic system is the most effective approach for purchasers to protect themselves against purchasing a house that has a septic system that is not functioning correctly.

It’s important to remember that a copy of an inspection report does not imply that the system will be free of difficulties in the future.

Considering how long the property has been empty, examine when the inspection was conducted and whether the system needs to be re-inspected before you make an offer on it.

Systems that have been idle for an extended length of time may have substantial flaws that are difficult to discover, particularly when it comes to the efficacy of the leaching field, which is particularly important.

How Much Does Septic System Testing Cost?

In most cases, the cost of an examination will range between $400 and $700. Some municipalities require septic pumping to be completed at the time of inspection. In most cases, pumping a septic tank costs between $180 and $250, depending on how many gallons the tank can contain.

How Septic Systems Work

The components of a conventional septic system are as follows: a holding tank, a distribution box, and a leaching area. Your septic system treats your home’s wastewater by temporarily storing it in a septic tank until the treatment is complete. Waste solids separate from the water in the tank as it fills with water. The bacteria in the tank breakdown the sediments, which are then removed when you have the tank properly pumped out. Water (effluent) that has been partially treated (effluent) is discharged from the tank into a distribution box, which then distributes the water uniformly onto an adjacent leaching field.

Some alternative systems do not use soil at all, but rather sand or peat.

Septic System Maintenance Tips

Maintenance of your septic system helps you to save money as well as to extend the life of the system itself. One of the most significant things you and your family can take is to reduce the amount of water that you use. The greater the amount of water you preserve, the less water enters the septic system, and vice versa. The use of less water can enhance the performance of the septic system and lower the likelihood of it failing completely.

  • Invest in low flow shower heads and toilets, among other water conserving equipment. Fix dripping faucets and leaking toilets as soon as possible. A leaking toilet may cause a good septic system to collapse very fast, even if it is in fine working order. Check to see that the clothes washer and dishwasher are both completely loaded before starting them. Paint thinners and other chemicals should not be flushed down the toilet or into the septic system. In your septic system, they kill the naturally occurring microorganisms that are required for it to work correctly. Whenever possible, avoid allowing grease, fat, and food waste to enter your septic system. The use of garbage disposals with a septic system is prohibited unless the system has been expressly constructed to accept the disposal
  • Allowing cars or equipment to drive over or park on the drain field is strictly prohibited. This has the potential to compress the earth and crush the pipework. Planting anything other than grass over the waste field is prohibited. It is not permissible to cover the drain field with asphalt or concrete.

Septic System Signs of Trouble

Sinks may drain more slowly than normal if there is an issue with the home’s septic system, even after using a plunger to force the water out. Alternatively, you can hear gurgling sounds. The presence of a bad odor surrounding the house is one of the most typical indications that the septic tank is malfunctioning. A area of lush green grass in the drainage field of the septic tank may be a less visible symptom of difficulty in the system. Because this patch of grass is receiving a higher than typical amount of nutrients and fluids, it is likely that there is a leak here.

What Happens During a Septic System Inspection?

It is recommended that the homeowner be interviewed in order to learn about the system’s history, and that the system permit be reviewed. The inspection should also include a tank examination, a distribution box inspection, a drainfield bed check, and a dwelling inspection. The inspector will do a comparison between the size of the tank and the anticipated water use. Using spotlights, mirrors, and cameras, he or she will inspect the tank to ensure that there are no leaks or fractures in the walls.

  • Drainfield testing will involve the inspector digging test pits to look for evidence of standing water or biomat development in the drainfield.
  • The mechanical equipment (pump, aerators, and alarms) will be inspected to ensure that it is in proper working condition.
  • The septic distribution box is a critical component of a septic system since it distributes wastewater.
  • As the strain on the trenches in the drainfield increases, parts of the drain field will begin to collapse.

By having your septic system examined and pumped on a regular basis, you may avoid the significant costs associated with septic system failure, protect groundwater, and maintain the value of your house.

Where to Find an More Information on Septic Systems

Visit the SepticSmart website of the Environmental Protection Agency for information on how to properly maintain your septic system. More information can be found at the New Hampshire Department of Environmental Services website. Related: Understanding Septic Systems in Massachusetts is essential for both home buyers and sellers.

Protecting Water Quality with Septic System Rules

Water quality is a top responsibility in New Hampshire’s Lakes Region, which includes the state’s largest lake. Actually, this is probably true everywhere, but it has particular resonance in the Lakes Region, which is home to the state’s four largest lakes that are entirely within the state’s borders, six of the state’s ten largest lakes that are unique to New Hampshire, and more than 273 lakes and ponds of various sizes. Also included is Lake Winnipesaukee, which at 44,586 acres is the state’s biggest body of water and by far the largest in the country.

Lake Winnipesaukee 44,586
Squam Lakes 6,791
Lake Winnisquam 4,264
Newfound Lake 4,106
Lake Sunapee 4,090
Ossipee Lake 3,245
Lake Wentworth 3,116
First Connecticut Lake 3,071
Conway Lake 1,316
Merrymeeting Lake 1,223
Lakes located in the Lakes Region
Lake Umbagog (7,850 acres) and Great East Lake (1,768 acres) straddle the NH-Maine border

Water quality is synonymous with quality of life in the Lakes Region. We rely on it to supply our drinking water, as we do elsewhere, but water quality is also the cornerstone of the Lakes Region’s tourist industry, which includes boating, swimming, fishing, loons, and other activities. Protecting the quality of water in Moultonborough, a town with a year-round population of 4,089 people and a summer population of more than 24,000, is a guiding concept of the town’s Master Plan and land use restrictions.

  1. Apart from sections of Lake Winnipesaukee and Squam Lake, there are a number of other ponds, rivers, streams, wetlands, and aquifers to be found in the region.
  2. To safeguard water quality from the public health dangers presented by failing septic systems, Moultonborough is also collaborating with the Lakes Region Planning Commission (LRPC), the Lake Winnipesaukee Association (LWA), and the New Hampshire Department of Environmental Services (NHDES).
  3. Nutrient loading is a nonpoint source of pollution that leads to water quality problems by increasing the amount of nutrients in the water.
  4. Additionally, the project will include the development of a model ordinance as well as a toolkit of education and outreach materials that may be used by other towns as well as by individual property owners.

It will include information on nutrient loading from old septic systems, best practices for maintaining and running septic systems, and cost-sharing possibilities for septic system evaluation, repair, and replacement programs. It will be available in English and Spanish.

Septic System Risk Analysis

An investigation on septic system risks was carried out as part of the funding project. It was decided to concentrate the investigation on houses located within 250 feet of the beachfront of Moultonborough Bay Inlet, a heavily populated shorefront area that has consistently had the highest amounts of in-lake total phosphorus of the eight sub-basins that make up Lake Winnipesaukee. There was a desire to find out how many ancient (more than 25 years old) and potentially failing septic systems were within 250 feet of the beach, and this was accomplished.

  1. The investigation subsequently narrowed its focus to 230 lots less than half an acre in size with buildings erected before to 1992.
  2. The LLRM Septic System Nutrient Model was used to estimate nutrient loading (phosphorus), which based estimations on parameters such as the age of the septic system, whether the system is used seasonally or year-round, and the average number of tenants.
  3. This was done to account for the higher number of people per dwelling in the LLRM.
  4. The nutrient load was assessed to be 91.3 kg/yr for all parcels within 250 feet of the beach (680 in total), according to the study.
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Public Health Regulation

Septic systems that fail to function properly discharge excessive amounts of nutrients, pathogenic organisms, and pharmaceuticals into surface water and groundwater. As a result, they constitute a public health hazard, and the authority of municipalities to regulate them does not derive from the zoning power (zoning regulations are generally prospective in nature), but rather from RSA Chapter 147, which governs nuisances. septic systems that fail to function properly RSA 147:10 forbids the installation of septic systems that are harmful to the public health, and RSA 147:1 authorizes power to municipalities to implement laws to prevent and eliminate public health nuisances from their jurisdictions.

A public hearing is not mandated under RSA 147:1, but it is vital to provide chances for public participation, and a large public education and awareness campaign is strongly encouraged prior to final passage.

But, in order to prevent septic system failure, what standards should be included in a health regulation?

Lake Waukewan serves as the source of the city of Meredith’s public water supply system and as a recreational amenity for the surrounding area. According to the Meredith health ordinance, septic systems must be changed if any of the following conditions are met:

  1. When there is a valid subsurface system design approval on file with the New Hampshire Department of Environmental Services and when a Building Permit Application includes a proposal to increase the number of bedrooms (either by adding bedrooms or converting existing rooms into additional bedrooms) that exceeds the number of bedrooms included in the NHDES subsurface system approval, the following applies: When there is no valid subsurface system design approval on file with the New Hampshire Department of Environmental Services and when a Building Permit Application includes a proposed expansion of the building that would either horizontally or vertically create or increase the area of living space
  2. When there is no valid subsurface system design approval on file with the New Hampshire Department of Environmental Services and when a Building Permit Application includes a proposed expansion of the building that would either horizontally or vertically create or increase the area of living space
  3. When there is no valid subsurface

When applying for a building permit in the first two instances, the application must contain a valid NHDES Construction Approval, and before the municipality will issue an Occupancy Permit, the applicant must first get a valid NHDES Operational Approval. If you are applying for a building permit in the third instance, you must provide a copy of your NHDES Construction Approval. Because of the financial burden placed on property owners by septic system replacement rules, it can be difficult to obtain public support for such restrictions.

The New Hampshire Department of Environmental Services awarded LWA a Source Water Protection grant to compensate property owners for half of the cost of a professional examination of their septic systems.

In the case of eight Meredith homes that had their septic systems evaluated outside of the program, half of them were determined to be in failure or to be passing with infrequent usage.

Approximately $4,000 was offered to property owners to help offset the overall cost of repair.

Meredith’s Zoning Ordinance was also amended to create the Lake Waukewan Watershed Overlay District, in which the minimum lot size is either 2 acres or the minimum lot size of the surrounding zone district (if the surrounding zone district is more restrictive than 2 acres), as determined by the city’s planning commission.

Rye, in the Seacoast, has chosen a different approach to septic system regulation than the rest of the region.

For residential properties that are only used periodically and are occupied by two or fewer persons, owners can submit an application to the building inspector for a waiver of the three-year pumping requirement.

At the town hall in Moultonborough, a committee comprised of members of the town’s planning board, conservation commission, and selectboard, in addition to town administrators, as well as representatives from LRPC and LWA, has been hard at work trying to figure out the best way to regulate septic systems in their community.

Hurdles for Municipalities

An obstacle that towns encounter when attempting to draft a health code that regulates the pumping, repair, or replacement of septic systems is a lack of readily available information about existing systems. Prior to 1967, no permits were required for the construction or operation of septic systems in New Hampshire. As of 2015, the New Hampshire Department of Environmental Services review and permitting process is entirely computerized. Information on septic system construction and operation dates can be found on municipal property tax cards and the NHDES Subsurface One Stop electronic database, which now includes permit data dating back to 1986.

  • In Moultonborough, it was necessary to look up previous maps and lot numbers.
  • Information collecting takes a long time and might be unfeasible in some cases.
  • The municipality will have to rely on its education and awareness initiatives, administrative tracking of real estate closings, and a grace period for after-the-fact reviews if the state does not amend its laws on this subject.
  • If, for example, a property is sold, split, or merged, or when there is a change in use or extension of the facility, the Massachusetts Environmental Code (310 CMR 15) necessitates what is known as a Title V septic system inspection, which is required.
  • Septic systems are regulated in New Hampshire, albeit only to a limited extent.
  • The law in New Hampshire may be more successful in terms of reducing the health concerns associated with malfunctioning sewage systems.
  • According to the commission’s mandate, it must develop solutions to the problem of insufficient septic systems, as well as identify non-state certified septic systems that are located within 75 feet of surface waterways.
  • Ms.

The Lakes Regional Planning Commission can be reached via email at [email protected] or by phone at (603) 279-5337. Susan worked as a member of the NHMA’s legal team for a total of ten years, for those who may recall.

Reputable Septic Design NH

A septic system is composed of two parts. The first component is referred to as the septic tank, and it is the point at which waste from the house or other structure enters. Naturally occurring bacteria from our own bodies break down the waste in the tank, resulting in the formation of liquid waste. It is then transported from the Septic Tank to the leachfield or drainfield by gravity or by use of a pump.

Why do I need a State of New Hampshire Approved Septic System Design?

If you have a failing septic system, are extending an existing structure, or are building a new house, you will need a Septic Design completed.

Failed Septic System Signs

  • Large areas of high grass that is either a dark or bright green color, and/or a soggy area
  • The slow draining of water from pipes and toilets
  • Unusual “gurgling” sounds coming from the pipes In the Yard, there are depressions
  • In or around the house, there is an unpleasant order

Expanding an Existing Structure

  • An existing structure is being expanded with the installation of more bedrooms. Changing the use of an existing structure from one that is only used seasonally or year-round
  • Changing the usage of a residential property to a commercial property

Building a New House on a Vacant Parcel

  • The construction of a new house in an area that is not served by a town or city sewer system

The Septic Design NH Procedure:

  • The construction of a new house in an area that is not served by a town or city sewer

Town of Bedford, NH: Septic Systems and Wells

No wastewater disposal system shall be erected, altered, or maintained in the Town of Bedford unless it is in compliance with the provisions of these regulations as well as the applicable regulations of the State of New Hampshire, as they may exist or be issued and updated from time to time. The following regulations for regulating the installation, alteration, inspection, and maintenance of sewage disposal systems and wells for the health and safety of the people of Bedford are hereby adopted pursuant to the authority of RSA 147:1, 147:10, and 485-A:32 for the health and safety of the people of Bedford.

Building adequate and safe wells that are placed and designed in such a way as to minimize pollution while also allowing for the efficient and effective implementation of those standards is required.

A.Unless otherwise specified or modified by this chapter, certain terms used in this chapter are defined in the section titled “CHAPTER DEFINITIONS” in the current adopted Code of Administrative Rules Governing Subdivision and Individual Sewage Disposal System Design Rules, which can be found at When a term is not defined by a code that has been approved, its meaning should be the commonly recognized meaning within the context in which the term is used.

  • B.The following words should have the meanings specified in this chapter when they are used in this chapter: The individual(s) who has been authorized by the Town Council to carry out all administrative and inspection obligations under the provisions of this chapter.
  • Subsurface disposal systems are installed by INSTALLERA, a New Hampshire-licensed installer.
  • With the exception of a New Hampshire licensed designer and a New Hampshire licensed installer of subsurface sewage systems, the power to undertake any of the tasks as defined herein may not be transferred to any other person without the written consent of the Department (s).
  • TOWN According to RSA 128:3, the Bedford Board of Health, or its appointed agency (s).
  • WARM WATER RESOURCE MANAGEMENT OFFICIAL WEBSITE It is a branch of the New Hampshire Department of Environmental Services that is in charge of well monitoring and regulation.
  • Except as provided in RSA 485-A:35 and 485-A:36, all designers and installers must maintain current State of New Hampshire licensing unless they fall under the term of “owner” as described in these laws.
  • Copies of the Building Department Handbook are available for examination at the Town’s administration building.

Each day that a person continues to fail to comply after being given written notice of the violation(s) constitutes a separate offense. Recurring infractions of the regulations may result in the agent(s) refusing to grant any more permits for a period of one year.

Septic Systems — LSPA

No wastewater disposal system shall be erected, altered, or maintained in the Town of Bedford unless it is in compliance with the provisions of these rules as well as the applicable regulations of the State of New Hampshire, as they may exist or be adopted and revised from time to time. The following regulations for regulating the installation, alteration, inspection, and maintenance of sewage disposal systems and wells for the health and safety of the people of Bedford are hereby enacted according to the authority of RSA 147:1, 147:10, and 485-A:32, and are effective immediately.

  1. Building adequate and safe wells, which must be placed and constructed in such a way as to minimize pollution and to allow for the efficient and effective execution of those standards, is a requirement.
  2. In the current adopted Code of Administrative Rules Governing Subdivision and Individual Sewage Disposal System Design Rules, certain terms used in this chapter are defined in the section entitled “CHAPTER DEFINITIONS,” except where this chapter clarifies or modifies the definition.
  3. b.The following words should have the meanings specified in this chapter when they are used: a.
  4. DESIGNERA Subsurface disposal systems are designed by qualified designers in New Hampshire.
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OWNERThe individual whose name is legally documented as the owner of a piece of real estate and whose primary residence is the property in question With the exception of a New Hampshire licensed designer and a New Hampshire licensed installer of subsurface sewage systems, the authority to perform any of the duties as described herein may not be transferred to any other person or entity (s).

  1. TOWN RSA 128:3 specifies that the Bedford Board of Health, or its appointed agent, is responsible (s).
  2. The Water Resources Management Bureau is an organization that manages water resources.
  3. WELL Water supply from a private well.
  4. Inspection standards can be found in the Bedford Building Department Handbook.
  5. If the applicant fails to comply with these requirements, a fine not to exceed the amount authorized by law will be levied on him or her.

A new offense will be committed for each day that the failure to comply continues after being given written notice of the violation(s). Permits may be refused for a term of one year if the agent(s) finds that the applicant has violated the regulations on several occasions.

Why does a homeowner need to maintain their septic system?

  • Proper septic system maintenance can assist to extend the life of the system. Without regular maintenance, the system will fail and the cost of replacing it will be significantly higher in the long term. If you keep your home in good condition, it will assist to boost the resale value of your home. Due to seepage into waterbodies caused by a malfunctioning septic system, untreated wastewater poses a health concern to those who live near them. Unwanted plant and algae development in a lake or pond can be exacerbated by the addition of fertilizers. Maintenance is affordable, however replacement may be quite expensive.

How to take care of your septic system responsibly

  • Maintaining your septic system properly will help it last longer. Failure of the system due to lack of regular maintenance will result in a higher cost to replace it over time. If you keep your home in good condition, it will assist to boost the resale value of your home
  • A failing septic system can result in untreated wastewater being released into the environment, posing a health risk to those who consume it. Unwanted plant and algae development in a lake or pond can be fueled by the addition of additional fertilizers. In contrast to replacement, maintenance is quite affordable.

For more information, please visit the following websites:

Proper septic system maintenance helps to increase the life of the system. If the system is not adequately maintained, it will fail and the expense of replacing it would be higher in the long term. It might assist to boost the resale value of your home if it is kept in good condition. Due to seepage into waterbodies caused by a malfunctioning septic system, untreated wastewater constitutes a health threat. In a lake or pond, additional nutrients might also encourage undesirable plant and algae development.

What Size Septic Tank in Strafford County, NH Do I Need?

7:24 p.m. on December 7, 2018 Septic systems are used by millions of homes and business owners around the country to treat the waste generated by their commercial and residential structures. The use of septic systems is becoming an increasingly common choice for homeowners who want to use private sewage disposal systems instead of municipal sewers. There are several advantages to having a septic tank installed in Strafford County, New Hampshire, but it’s not always easy to choose which type of septic tank or system is best for your needs and circumstances.

  • The term “septic tank” refers to a huge concrete, fiberglass, or plastic container that is used to store wastewater.
  • Solid waste layers are the most common type of waste.
  • The installation of concrete septic tanks is a popular choice among homeowners, but they can be difficult to complete.
  • You should investigate the wastewater treatment rules and permits requirements that apply in your region, regardless of whatever type of septic tank you pick to ensure that your septic tank in Strafford County, New Hampshire is entirely compliant.
  • The square footage of your home, as well as the number of people that reside there, will both have an impact on the amount of tank capacity you will require for successful and consistent wastewater storage and treatment.
  • An underground storage tank of 750 gallons is recommended for one- or two-bedroom residences that are smaller than 1,500 square feet in size.
  • Typically, a 1,250-gallon tank is required for four-bedroom homes that are around 3,500 square feet in size.
  • If you want a more dependable advice, you should speak with a contractor that specializes in septic system installation and design.
  • Cameron Septic Services LLC is available to assist you.
  • No matter what your exact requirements are, our staff has the knowledge, experience, training, and resources to meet your demands effectively.

To learn more about all of the business and residential services that we have to offer, please contact us at the number shown above immediately. Septic Tanks are classified as follows: Writer was the author of this article.

How Far Should You Put the Septic Tank From the House?

Image courtesy of Kwangmoozaa/iStock/Getty Images.

In This Article

  • Amount of distance from the home
  • Basic safety concerns
  • Suggestions for a successful installation

For those who don’t have access to a municipal sewage system, an alternate solution, such as a septic tank and field lines, will be required. The design and operation of these systems are fairly straightforward. When designing a septic system, you must keep in mind the requirements of local construction codes as well as public health concerns.


Depending on where you live, local ordinances and regulations that specify the distance between the septic tank and the home vary. However, the normal minimum distance is 10 feet between the two structures. Consult your local ordinances and regulations for a detailed answer as to how far your septic tank must be installed from your home. Requirements differ from one location to the next, although the standard minimum distance from the home is 10 feet in most cases. In the case of a private well for drinking water, however, keep in mind that many state departments of health demand a minimum distance of 50 feet between a new septic tank and a well.

It is possible that the septic tank will be placed considerably closer to the structure since it will be easier and require less plumbing in some cases.

Basic Safety Considerations

If you’re the type of person who prefers to do things on their own, there are certain important measures you should take before starting this endeavor. Before you start digging the hole for the tank, call your local utility providers to find out where the service lines are located. A gas line, water line, phone line, or electrical connection that has been severed is not only potentially dangerous, but it may also be extremely expensive to repair. Once you have finished excavating the hole, proceed with caution.

It’s also important to understand that a concrete septic tank can weigh up to 5 tons.

Make sure the hole is available when the tank is delivered so that it can be installed straight in the desired location.

Tips for a Successful Installation

Plan ahead of time to get your water supply switched on prior to installing your septic tank. You must fill the tank with water as soon as it is placed in its final position for this to be possible. This has absolutely nothing to do with the septic system itself, but it is a prudent precaution. In the event of a heavy downpour, the groundwater may swell and a septic tank may float out of the ground, even if it has been buried. If this occurs, contact a qualified professional immediately. Repairing any damage done to the lines or to the tank itself, as well as putting the tank back in its original location, may be a costly and time-consuming endeavor.

Initially, you may be confident that you will remember the exact location of the marker when it is time to top up the tank — which is generally every three to five years — but your memory may fade over time.

In the absence of a marker, you may end up digging holes in the wrong place when it is time to service the tank.

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