Sewer construction refers to the various procedures involved with installing sewer pipelines. Since sewers transport contaminated waste, the design and installation of pipes must abide by EPA guidelines.

Sewer construction can be associated with most new types of construction projects. Systems and installation procedures will vary depending on whether projects are residential, commercial, or municipal.

Reduce Pollutants into American Waters

A storm drainage system is a complex unit that requires careful engineering by a civil engineer and proper installation by a licensed pipeline construction company. Drainage systems are an essential element in all facets of construction including residential, commercial, industrial, and municipal projects.

A storm drainage system includes a series of pipelines and related structures that carry storm water to the point of release. This system reduces environmental impact, such as flooding, that could result in land erosion and property damage. Storm water that accumulates from buildings, roads, and parking lots is gathered into the drainage system and transported through water pipeline until it can be deposited into retention ponds, lakes, rivers, and the ocean, or detention ponds positioned in low-lying areas.

Pipeline companies are the driving force behind the installation and maintenance of pipeline networks that crisscross the country. Americans rely on pipelines to provide fuel for their homes and automobiles; have uninterrupted telephone and cable services; acquire fresh water for drinking and bathing; and for sanitary hygiene provided by indoor plumbing.

Pipeline companies install pipes and utility systems in several venues ranging from residential to municipal. Projects can consist of water pipelines, sewer pipelines, fireline, storm drainage systems, communications and electrical conduit systems, natural gas pipelines, or petroleum pipelines used to transfer gas and oil to refineries.

Sewer systems are sensitive creatures which are why maintaining them is so important. If sewer pipelines are not well maintained, they can cause foul odors throughout neighborhoods. This may be a good indication that sewers may be backing up. Sewer pipeline systems should be maintained regularly, cleaned as necessary or simply improved upon with newer and oftentimes larger diameter pipelines in order to withstand more usage, as new residential, commercial and industrial areas become developed.

Sewer pipeline maintenance and improvements will help avoid potential disasters such as those which may result in major "prohibited discharge" violations associated with the Storm Water Pollution Prevention Plan (SWPPP) . That is why it's imperative to have a functioning sewer system that runs as smooth as possible. This also means that preventive efforts need to be shared for both the home owner and the City or Sanitary District responsible for the sewer pipeline upkeep.

Water pipeline construction is an important component of underground pipeline utility construction. There are three main types of water pipeline systems typically installed in any new public or private construction project: domestic, fire and reclaimed water pipeline. As we all know, water is a precious resource that serves many functions and must meet stringent installation guidelines, and comply with other health and safety code regulations.

Domestic water pipeline is used inside your home, office or institution and is intended for consumption and contact with the body. This water has gone through a series of tests to ensure that it is safe for human consumption. It is also used for dishwashing, clothes washing and toilets on a regular basis. Construction pipeline companies carefully install these domestic water pipeline systems using several testing procedures; i.e. they test for leaks by conducting a pressure test and test for the absence of e-coli and other bacteria. Domestic water is brought from wells and reservoirs through water pipelines to the water agencies and then pumped to your community through local water pipeline mains. Water agencies continually test their water for purification.

Subsurface Utility Engineering (SUE) is a process that has been known to save potentially thousands of dollars in underground pipeline design simply by addressing wet and dry pipeline utility conflicts well in advance of any subsurface utility installation. Subsurface utility engineering is necessary in the design phase when planning, for example, a construction project that requires new or upgraded sewer, water pipeline, or storm drainage systems.

Subsurface utility engineering encompasses many different engineering activities. According to the standard for SUE, developed in 2003 by The American Society of Civil Engineers (ASCE) Standard Guideline for the Collection and Depiction of Subsurface Utility Data, Subsurface Utility Engineering is defined as a branch of engineering practice that involves managing certain risks associated with: utility mapping at appropriate quality levels, utility coordination, utility relocation design and coordination, utility condition assessment, communication of utility data to concerned parties, utility relocation cost estimates, implementation of utility accommodation policies, and utility design.

Storm Drainage Systems play in an important role when it comes to Best Management Practices (BMP's) that mitigate storm water runoff. We are now in what is considered "wet season" for recapturing rainfall by using various forms of storm drainage systems. The wet season is a time period characterized from October 1st through April 30th, according to construction storm water BMP performance standards.

The more that open land is covered by roads, buildings, parking lots, etc., the less we will be able to recapture rain water naturally, which directly feeds natural underground aquifers. Therefore, several ways have been devised to recapture storm water using various drainage methods, such as those used in pipeline infrastructure; bioswales, retention and detention storm drainage systems, storm water chambers, porous paving, and other storm water capture and reuse systems.