Reasons to Hire Concrete Storm Drain Contractors

Project owners hire concrete storm drain contractors to carry out tasks associated with residential, public works, or commercial construction. Storm drains are an integral part of community infrastructure and are needed to eliminate storm water from ground surfaces.

A large percentage of jobs performed by concrete storm drain contractors are categorized as public works. Municipal drainage systems play an important role in keeping communities safe from flooding. These massive systems are hidden underground or behind embankments positioned along interstate systems.

The primary function of municipal systems is to take care of storm water runoff that builds up during rain or snow storms. Creating construction blueprints and putting in pipeline for public works projects is a complex task that requires cooperation amongst engineers, contractors, and government offices.

Nearly everyone has seen the large curb openings positioned along roads, highways, and sidewalks. These inlets are strategically placed to provide entrance into the system and quickly eliminate storm water runoff.

Storm water is then carried through a series of components including catch basins and underground pipes until it can be released through an outlet pipe. Most often, water is released into public waterways, but might also be held in retention ponds or underground storage tanks.  

Pipeline contractors undergo a tremendous amount of training before they can be certified. Since storm drain structures are so vital to protecting communities they must be installed according to EPA regulations, as well as state and local laws.

Furthermore, public systems need to be regularly serviced to get rid of any debris that builds up in street gutters and catch basins. All components need to be in good working order at all times to avert disaster.

Perhaps the biggest hurdle to overcome is finding ways to reduce the amount of environmental contaminants that enter the system. Installing filtration systems that capture small particles or separate pollutants can actually slow down flow rates. Since systems are needed to get rid of water as quickly as possible it isn't always feasible to include filtration devices.

Currently, engineers make use of a variety of filtration devices to reduce the level of debris that can pass through. A few of the most common devices are fossil filters, fabric filters, and geomembrane liners.

Another type of filtration device used with municipal drainage systems is oil and water separators. These devices are required to lessen the level of petroleum-based products and remove oil before water is released into public waters.

When engineers create blueprints they must account for a variety of factors that can impact the efficiency of the system. One of the most important factors is determining flow rates to figure out which size of pipes is required.

Each municipality determines maximum flow rates for their town. Any time flow rates exceed the maximum level, engineers have to provide alternative storage options such as installing underground water storage tanks or retention ponds.

Few people would argue that designing and installing municipal storm water drainage systems is a complex job. Due to the intricacies of these systems it is crucial to retain services from experienced and reputable storm drain contractors, such as Kana Pipeline.

Importance of Concrete Storm Drain Structure

Most people could care less about a concrete storm drain structure, but this equipment serves an important duty in public safety. Storm drains protect communities by removing rain water from roads, walkways, and paved surfaces.

Not every region has access to storm drain structures. Unprotected areas often have to cope with flooding with each rainfall. In many cases, land cannot be developed or used for growing crops due to lack of adequate drainage.

A basic explanation of how storm water drains function is they draw water into the structure by utilizing the law of gravity. Surrounding terrain is marginally angled so that water is directed into street gutters.

Creating construction plans and installing drainage systems is an elaborate task involving many people, companies, and government officials. Once plans are drafted they must be approved by city commissions to ensure they comply with state and federal regulations.

Most engineers enlist help from subsurface utility engineering firms. SUE is a special type of land surveying equipment that collects data from under the surface. The equipment provides valuable information that provides engineers and contractors with detailed maps of the construction site.

Another thing engineers have to take into consideration is future loads placed on the system. Drainage structures are in place for many years and ought to have enough room to expand as the area is developed.

The downside of construction development is that it generally involves putting down a lot of asphalt. Since storm water can't permeate pavement it has to travel downhill until it reaches a drainage system.

As storm water runoff rolls across asphalt it pulls along substances in its path. This can be anything from loose soil to environmental pollutants. Storm drain structures don't include filtration systems, so whatever gets in is released into public waters.  

It's well known that hazardous toxins are harmful to the environment. Water pollution is detrimental to all species that depend on the water source, including human beings. Individuals can make a positive impact on local waterways by paying closer attention to items they use around their home. Good examples are lawn care chemicals and automobile fluids.    

Public storm water drainage structures make use of many parts and pieces. These include swales, channels, storm drains, catch basins, chambers, and water pipes. This assembly is an engineering marvel that can process about one inch of water per hour.

Along with protecting communities against flooding, drainage systems also help get rid of standing water on interstate systems. Reducing water levels on interstates is essential for maintaining traffic flow and lessening incidence of accidents.

Concrete storm drain structures need to be installed by skilled contractors, such as Kana Pipeline, who have been trained in the specific application. Tragedy can strike if equipment is improperly installed or components are faulty.