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Storm Water Drain Construction

Storm water drain construction plays a vital role in public safety. Storm drains are needed to manage water flow that occurs after rain or snow storms. Water is transported swiftly through a series of underground pipes so that is does not accumulate on ground surfaces and result in flooding.

Storm water drain construction is performed by licensed contractors who have been trained in Environmental Protection Agency wastewater management practices. The EPA monitors all types of pipeline that release water into American waters.

Anytime contractors install systems they are required to apply for special permits unless work is related to privately owned residences or land. Furthermore, storm drain construction companies must use construction materials and follow installation processes that comply with EPA regulations.

The process of designing storm water drainage systems begins when project owners hire civil engineers to develop blueprints. A process known as subsurface utility engineering is used to identify existing pipeline and underground utilities.

SUE technologies have been instrumental in reducing construction costs. Because these methods identify existing pipes and utility systems, pipeline contractors can eliminate risks of accidentally breaking pipes or rupturing utility lines during trenching and excavation. In turn, there are fewer workplace accidents and delays which lessen overall costs.

An added benefit of SUE is the collected data helps engineers determine where to route new pipeline. Knowing existing underground conditions is needed to determine the dimensions of pipeline systems such as water pipes, drainage outlets, and plastic storm drain chambers.

Public drainage systems make use of minor and major systems to convey storm water runoff through underground pipes. Both systems are capable of working independently or together. Minor systems work on their own unless there is excessive rainfall or snowmelt, at which time major systems take over.

For obvious reasons, large drainage systems must be capable of moving water through pipes at a swift pace. Because of this, it's not feasible to include filtration systems to capture debris and environmental contaminants. The exception to the rule smaller systems, often in private right-of-ways, include oil and water separators to reduce the level of petroleum-based waste products released into waterways.

Any time contaminated storm water runoff is released into oceans and rivers it can have dire consequences, including killing off aquatic life and eco-systems. It is believed that more than 30 percent of contaminants found in U.S. waters are the result of storm water runoff.

One way that pollutants can be removed is to transport storm water to detention ponds. These man-made ponds can either be wet or dry. Wet ponds are used to treat storm water, while dry ponds store water until it can be discharged directly into the ground or released into a large body of water.

Another way to reduce contaminants is by becoming aware of products that can add to the problem. For instance, pesticides, insecticides, motor oil, antifreeze, and car washing detergents are carried away with storm water. Eliminating the use of these items or disposing of them correctly can make a big difference.

Any time there is a need to install drainage systems it is imperative to work with reputable storm water drain construction companies, such as Kana Pipeline. Since 1984, our qualified teams understand the critical elements of pipeline installation and construction safety. Click here to learn more about the services we offer.

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Published on August 09, 2012 | Comments: 0

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