It is vital to employ licensed sewer main contractors that carry sufficient insurance coverage and can obtain necessary permits. Improper installation of sewer pipeline can result in catastrophic events that are costly to fix.

SUE uses a mix of non-invasive methods that provide a 3D imaging map of where things are positioned below the surface. It has been instrumental in helping sewer contractors working to replace antiquated systems and repair sewer and water mains.

Heavily populated areas require far-reaching sewer pipe systems to convey wastewater and sewage to treatment facilities. Systems must be maintained to ensure everything is in good working order to avert public health risks.

Although sewer manholes are one of the most basic components of sewer systems, they are also one of the more important. In addition to providing maintenance workers access to underground pipes, manholes tend to release odorless sewer gasses that form inside the sewer pipeline system. Without this interior relief valve per se, gasses could accumulate and cause unknown dangers to the pipe systems and their respective maintenance crews who work inside these confined spaces.

Systems are comprised of trunk pipes, branch pipes, also called sewer laterals. Municipal systems are usually the larger pipeline systems, located in the middle of the street. Sewer laterals that extend off of these sewer mains, usually cross perpendicular to the sewer main, and into private properties, such as homes, office building high rises, churches or schools.

The majority of sewer systems rely on gravity for proper flow, usually installed at a grade of two percent fall. The percent of sewer gravity fall in the pipe depends on nature of project, which is ultimately determined by the civil engineer's calculations in conjunction city or other major code book specifications, such as the America Public Works Association's (APWA) Greenbook also known as the Standard Plans for Public Works Construction (SPPWC). These systems aren't practical in low lying areas such as coastlines and swamps because the land is at or below sea level.

Instead, sewer main contractors have to build lift stations to elevate the terrain. Increasing the elevation provides a semi-quasi gravity powered system. In situations where elevation is not sufficient, systems are designed to convey wastewater to the next closest treatment facility.

Wastewater and raw sewage undergoes extensive filtration and treatment procedures; some of which start as the water is flowing through pipes. The Environmental Protection Agency requires the use of oil and water separators, which aid in environmental disposal, with all sewer pipeline systems.

As you can see, designing and installing sewer mains requires precision planning and installation. Every component has to work in harmony to prevent catastrophes in the workplace and environment.

At Kana Pipeline, we understand the intricacies of installing and upgrading municipal sewer systems. With almost 30 years experience as sewer main contractors, we have earned recognition as a leader in value engineering and sewer main installation.

We encourage you to learn more about Kana Pipeline and the services we offer, as well as peruse our blog and press releases for industry news and informative articles pertaining to wet utility construction. We provide free estimates for sewer main projects or other types of underground wet utility pipeline work and look forward to working with you on your construction project.

Water main contractors go through extensive training to comply with OSHA, HAZMAT and Environmental Protection Agency regulations. Nearly every state requires contractors to be licensed or working as an apprentice under a licensed contractor to conduct work on water mains and water pipeline.

Catastrophic damage can occur whenever municipal water lines rupture. In addition to wasting countless gallons of drinking water, roads and neighborhoods can experience flooding.

Entire roads have been washed away across the nation because of broken water mains. Some have resulted in mudslides in locales such as California, while subway lines have flooded tracks in Lower Manhattan.

These kinds of repairs cost taxpayers millions of dollars to fix because aging pipes have to be replaced or repaired. The process is even more costly when wooden pipes are involved because repairs involve a combination of plumbing, carpentry, and pipeline installation skills. Since many water main contractors don't have the expertise to repair wooden water pipes, a specialist has to be hired to complete the job.

Another problem facing the U.S. infrastructure of water pipes is leakage. Pipes can develop hairline cracks that eventually cause major underground water breaks. Small cracks can result in millions of gallons of lost water which in turn results in financial losses to taxpayers.

When water mains burst, residents may be forced to boil water to avoid contamination. In addition to the cost of repairs, there are also additional payroll expenses for water department employees to notify residents of the problem and avoid health risks associated with consuming contaminated water.

Water main contractors may also be experienced with the installation and repair of sewer pipeline, sewer manholes, catch basins, fire sprinklers, fireline, and fire hydrants. They also oversee projects involving disconnection of water main and sewer services which occur when properties are demolished.

Due to the need for a major overhaul of America's water pipeline system, this industry offers good employment opportunities. There are several positions that range from office work such as a project manager or construction manager, to working in the field as a laborer, pipe layer, heavy equipment operator, or project superintendent.

Field work can be physically demanding but also financially rewarding and ideal for people that enjoy outdoor work that requires physical stamina. The Bureau of Labor Statistics predicts positive growth in this area with an anticipated increase of 16 percent in utility construction jobs.

One sector of utility construction expected to experience rapid growth is green technologies. Many municipalities and private sectors are using environmentally-friendly alternatives when installing new or repairing old broken systems.

Others are adding unique, cost-cutting, green storm water drainage systems such as Caltech's Linde Robinson Laboratory project completed by Kana Pipeline in January 2012.

With close to 30 years experience, Kana is recognized as a leading water main contractor in Southern California. In addition to providing exceptional service and superior workmanship with water pipes, Kana also excels at other forms of wet utility work.

Our staff is available to answer questions or provide estimates for water main projects. Additionally, we have pipeline job openings for motivated individuals that would like to join our team. We look forward to working with you.

When hiring a sewer contractor it is important to work with professionals that are certified to perform the type of work required. Contractors need to meet county and state requirements for insurance coverage, business licenses, and work permits.

Some sewer contractors specialize in residential work, while others focus on commercial or municipal jobs. Residential sewer systems transport wastewater to municipal systems or private septic tanks.

Septic systems are used in areas where city sewer lines have not been installed. These systems retain solid waste and disperse grey water via a finger system. Property owners are responsible for maintaining the system to ensure sewage does not back.

Municipal sewer systems are maintained by the county. These systems transport wastewater via an integrate network of sewer pipeline to waste treatment facilities.

Many counties are faced with the dilemma of replacing outdated sewer systems. A lot of older systems are comprised of substandard materials that require substantial maintenance and need to be modernized. When entire systems are in need of repair or replacement, sewer contractors submit bids to the General Contractor hired to oversee the project. Or, in some cases, there is no general contractor, and sewer contractors are contracted outright.

Densely populated regions utilize a network of sewer pipes to control the various kinds of waste materials placed into the municipal system. One essential element of these systems is sewer manholes. Manholes are vital for providing workers with access to the system, as well as releasing gases that form inside the pipes.

Most sewer systems are gravity powered and include laterals that attach to subsurface branch sewer lines. This allows for waste to be transported downhill. Municipal sewer systems typically make use of inceptors that connect to trunk lines attached to an extensive pipeline system.

When sewer systems are installed in low-lying areas with little gravitational pull, the sewer contractor has to install a lift station to increase the elevation. This method allows waste to flow to another gravity powered system where it can be transported to a treatment facility.

Apart from septic systems, untreated wastewater and sewage is processed at a waste treatment plant. Transporting waste involves designing and installing a complex sewer system that includes sewer pipes, laterals, manholes, and distinctive elements such as water and oil separators.

The Environmental Protection Agency regulates all components used with sewer pipelines and monitors treatment and disposal systems. Every sewer contractor is required to comply with EPA guidelines and install materials that have been approved by the agency.

Sewer system installation and sewer maintenance is a multi-faceted process that requires working with experienced sewer contractors, such as Kana Pipeline. Our company is recognized as a leader in value engineering and sewer system installation.

Kana Pipeline is in strict compliance with state and federal guidelines and works together with agencies to make certain sewer projects meet required construction codes and standards. Kana possesses nearly 30 years experience with sewer system installation and repair within residential, commercial, industrial, institutional, and municipal sectors.

If you need a sewer contractor in the state of California we welcome your estimate requests. We also invite you to learn more about the intricacies of sewer pipelines and reasons why it is vital to work with experienced contractors in our sewer pipeline article library.

Storm drain contractors oversee projects related to all construction categories including residential, commercial, institutional, industrial, and public works. These systems are essential for eliminating storm water runoff that accumulates on ground surfaces such as streets, parking lots, and sidewalks.

Improper installation could result in catastrophic events including flooding and release of environmental toxins or hazardous materials into water bodies. Therefore, contractors are required to undergo extensive training and pass an exam before they can be licensed.

Contractors are required to comply with the Environmental Protection Agency's National Pollutant Discharge Elimination System (NPDES) permit program. NPDES focuses on regulating point sources, such as pipes and man-made ditches that release pollutants into U.S. waters.

Contractors that install or repair storm drainage systems for individual homes connected to municipal systems or septic tanks are not required to obtain NPDES permits. Contractors conducting work at municipal, industrial, institutional, or commercial sites must hold appropriate permits prior to breaking ground.

Storm drain construction also involves installation of filtration systems to lessen the level of pollutants that enter waterways. These can include fossil filters, filter fabric, geomembrane liners, storm water chambers, and other kinds of storm water filtration units.

Design engineers consider numerous factors when developing drainage systems. They need to calculate water flow rates and water accumulation rates to figure out pipe sizes and most efficient discharge point.

In some instances, contractors need to build detention ponds to hold excess water until it can be conveyed to another location. Detention ponds are beneficial for controlling the peak flow rate at outlet pipes and help to protect properties positioned downstream of the drainage system.

Municipalities govern allowable storm water flow rates. If water rates exceed permissible levels it has to be redirected to a detention pond or storm water retention pond until it can be released at the nearest watershed.

Municipal and industrial jobs can call for drain pipes as large as 114 inches in diameter. Installing these massive pipes and synchronizing each of the components requires years of experience and training.

Regardless of the size of the job, it's crucial to work with skilled storm drain contractors experienced with the specific type of installation process. Contractors need to have adequate insurance, licenses, certifications, and permits as required by the jurisdiction of the jobsite.

Kana Pipeline has nearly 30 years experience installing storm drainage systems in southern California. We have an exemplary construction safety record and strive to complete jobs efficiently, on time, and within budget.

We invite you to browse our website and learn more about our company and the services we offer. If you're in need of storm drain contractors in California, contact us to provide you with a proposal on your next project. We look forward to working with you.

Fireline contractors undergo substantial training and usually must be licensed to work on fireline systems. These fire pipe systems work different than domestic or reclaimed water pipe systems because the water in fire line pipe remains stagnant for the most part, because it is least often used. Its only intended purpose is for putting out fires.

Underground fireline is connected to municipal water pipelines. Most fireline contractors use a hot tap method that allows for water pressure in the main water lines even when in use by the fire department. Others contractors may be required to use a cut-in connection method to connect new underground fireline pipeline, which requires a temporary shutdown of main water lines during the installation of fireline pipeline systems. In such case, local authorities would require a "fire watch" to ensure that local fire departments are put on notice whenever fire suppression systems are temporarily shut down for construction purposes.

Fireline systems are complex systems comprised of pipes, connectors, detector check assemblies, indicator valves, and fire hydrants. Each component has to be synchronized to prevent serious consequences that could literally mean the difference between life and death.

Fireline contractors have to use underground pipeline materials that meet regulations of the fire department having jurisdiction. Most pipes and fittings are constructed from polyvinyl chloride (PVC) and metal ductile iron pipe (DIP).

Fireline materials in most cases have to be approved by Underwriters Laboratories (UL) or Factory Mutual Research Corporation (FM). Materials used with municipal jobs often have to undergo further testing to ensure they meet standards of plumbing and mechanical codes.

Proper installation of fire department connections (FDC) is vital for making certain pressurized water is available to extinguish fires. FDC's are positioned above ground so that fire departments can connect their hoses to fire hydrants or wall-mounted connectors.

Fire hydrants are constructed from cast iron or brass and positioned above the main water pipe connection. Firefighters loosen the large nut on top of the hydrant to open the underground valve.

Fire hydrants also have a connection device that is used to attach the fire hose to a pumper truck. These trucks are used to supply water to all fire trucks at the scene until the hose is connected to the hydrant.

The color and size of hydrants, along with the number of outlets and water flow requirements are governed under local jurisdiction. Most hydrants are bright yellow or red but again will vary depending on which city municipality they are installed.

Residential communities depend on public water mains and fire hydrants to provide suppression services. Industrial and commercial systems utilize a matrix of advanced fireline systems that include dedicated water pipes, fire sprinklers, fire hydrants, and FDC's.

It's vital to work with experienced and reputable fireline contractors that comply with installation and material guidelines and state and federal regulations. At Kana Pipeline, we have a team solely dedicated to engineering and installing fire suppression systems.

We invite you to learn more about us; watch our videos; review our projects; and read about the pipeline construction industry via our blog by clicking on the navigation tabs at the top of the page.

If you are in need of qualified fireline contractors, we encourage you to contact us today to discuss your needs. Our friendly staff will be happy to prepare an estimate or answer your questions.

The types of projects wet utility contractors perform range from replacing deteriorated freshwater pipes and installing pre-cast pump houses to steel tank installation and repairing or installing water treatment systems, to name a few.

SUE is a vital component for identifying the presence of existing utilities. SUE mitigates accidents that can occur when pipeline contractors begin trenching. These methods not only provide a safer work environment, but also reduce projects costs and minimize work delays.

Wet utility contractors undergo considerable training because they are exposed to high-risk elements and work with dangerous equipment and materials. Contractors must be in compliance with OSHA and HAZMAT regulations and abide by excavation, trenching, and shoring safety guidelines.

Construction safety must be a top priority when conducting underground utility work. Excavation projects present a unique set of problems that demand precise planning and constant management of the project.

Workers are exposed to the potential of cave-ins of adjacent soil where utility work takes place. There is potential for accidental contact with utility lines and exposure to hazardous atmospheres such as toxic chemicals, gas leaks, or explosions.

Much of the equipment used with subsurface utility work poses hazards such as being struck or crushed by heavy machinery or pipes. Workplace accidents can be avoided by conducting site-specific jobsite surveys and making certain employees receive adequate training.

Preparing worksites can be a tedious process. Once the site is surveyed, contractors grade the land in preparation for pipeline installation. A protective system is installed to shore up the earth around the location where underground pipes and other related structures are being positioned.

Once pipes are installed they are tested for structural integrity and performance. Upon satisfactory testing, trenches are backfilled and crews restore the workplace to its original condition.

The type of pipes and installation process varies depending on the type of work performed. Installing storm drainage systems is different than installing gas pipelines or sewer systems.

One of the greater challenges of wet utility contractors is water. In situations where excavation involves trenching below the existing water table, contractors have no choice but to dewater the work area before installation can commence. Oftentimes, this will require additional rock bedding to ensure that the bottom of the trench is stabilized and does not sink or shift with the subsequent pipeline installation. Rock bedding helps prevent poor workmanship, such as a "belly" or dipped installation. This is a very expensive process in both time and materials, but ultimately ensures a quality product that will not fail in its purpose.

Dewatering excavation sites can involve making use of pumps, siphons, wellpoints, and cutoff walls. Wellpoints is the most expensive and complex dewatering application and involves attaching vertical wellpoints to a header pipe and vacuum/discharge pump used to jet water into the ground.

As you can see, wet utility construction is a complex task that includes many variables and risks. It's vital to work with experienced contractors, such as Kana Pipeline, to ensure work is performed in compliance with federal and state regulations.

As wet utility contractors in southern California since 1984, we excel at construction safety and provide exceptional pipeline installation services at affordable prices. Our knowledgeable staff of over 100 years combined experience, is available to provide you with proposals for residential, commercial, institutional, industrial, or municipal construction jobs. Contact us today and let us be your wet utility contractor of choice.