By Admin 
Dec 2, 2022 -
By BigEasyDrainage
Are you looking for a drainage contractor in New Orleans?
If so, you need to know about the three types of drainage systems available. From traditional French drains to modern rain gardens, each system has its own advantages and disadvantages.
Understanding the differences between these three types of drainage systems is essential when making an informed decision about which one is right for your home or business. So let’s dive in and learn more about the three types of drainage systems!
A drainage system is a network of underground pipes and tunnels that collect and carry away rainwater, sewage, or other waste liquids from buildings and streets. It helps to keep the environment clean by preventing flooding, water pollution, and soil erosion.
There are three main types of drainage systems:
The three types of drainage systems. Surface Drainage System – This type of system collects water from rooftops or paved surfaces such as roads or parking lots.
The collected water is then directed into catch basins which lead to larger drains connected to rivers or streams.
Surface drainage systems are usually designed with slopes in order for the water to flow downhill toward its destination without any obstacles in its way.
Subsurface Drainage System – This type of system collects groundwater from beneath the ground’s surface using perforated pipes buried at various depths below the ground level.
These pipes are connected together forming a network that directs the collected groundwater into nearby rivers or streams for proper disposal.
Subsurface drainage systems can also be used to reduce flooding in areas prone to heavy rains by collecting excess runoff before it reaches populated areas.
Storm Sewer System – Storm sewers are large underground networks that collect runoff from urban areas during periods of heavy rainfall or snowmelt events.
These sewers typically connect directly to natural bodies such as lakes, rivers, oceans, etc., where they discharge their contents after filtering out pollutants through specialized treatment plants located along their course if necessary.
Storm sewers help prevent floods by quickly diverting excess runoff away from populated areas while simultaneously providing an outlet for polluted waters so they don’t contaminate local drinking supplies downstream.
Surface drainage systems are the most common type of drainage system. This type of system is used to remove excess water from an area by directing it away from buildings and other structures.
Surface drains are typically made up of a network of pipes that collect surface runoff, such as rainwater or snowmelt, and direct it away from the property.
These pipes can be installed in various configurations depending on the needs of the site, but they all work together to move water away from areas where it could cause damage or flooding.
Subsurface drainage systems involve installing perforated pipes beneath the ground’s surface to capture groundwater before it has a chance to reach any nearby structures.
The captured water is then directed into underground tanks or wells for storage until it can be safely released at a later time.
Subsurface systems are often used in low-lying areas prone to flooding because they help reduce standing water levels around homes and businesses during heavy rains or floods.
Stormwater drainage systems are designed to manage large amounts of stormwater runoff generated by intense rainfall over short periods of time.
Stormwater management involves collecting the runoff using catch basins, detention ponds, swales, ditches, culverts, and other features that slow down its flow rate while allowing sediment particles to settle out before entering rivers and streams.
This process helps prevent erosion caused by fast-moving floodwaters as well as reduce pollution levels in local bodies of water due to fewer contaminants being washed downstream after storms pass through an area.
Surface drainage systems are designed to collect and direct water away from an area. This type of system is usually used for areas that experience heavy rainfall or flooding, such as yards, gardens, and low-lying areas.
The most common surface drainage system is a French drain which consists of a trench filled with gravel or crushed stone that directs the water away from the area. Other types of surface drains include swales, catch basins, and dry wells.
Subsurface drainage systems are designed to remove excess groundwater from an area by collecting it in pipes below the ground’s surface.
These pipes can be made out of plastic or metal and they may have perforations in them to allow water to enter into them more easily.
Subsurface drains are often used around foundations where there is a risk of flooding due to high levels of groundwater or when soil conditions make it difficult for water to move through naturally.
Stormwater drainage systems are designed specifically for stormwater runoff management.
They typically consist of underground piping networks connected to large storage tanks which can store large amounts of rainwater until it can be safely released into nearby waterways without causing any damage downstream.
Stormwater drainage systems also help reduce erosion by controlling how quickly stormwater flows off surfaces like roads and parking lots during periods of heavy rainfall or snowmelt events.
Each type of drainage system has its own advantages and disadvantages depending on the specific needs at hand. However, all three types provide important benefits when properly installed and maintained.
These include reducing flooding risks, preventing soil erosion, improving air quality by reducing pollutants in runoff waters, conserving valuable resources such as drinking water supplies by reusing collected rainwater if necessary, etc.
Gravity drains are the most common type of drainage system. They rely on gravity to work, so they can be installed anywhere without needing any additional power or pumps.
This makes them a great choice for many applications, such as residential yards and commercial parking lots. However, they require regular maintenance and can be disrupted by heavy rains that cause flooding in the area.
Infiltration systems allow water to seep into the ground instead of running off into storm drains or other areas where it could cause damage. This helps recharge groundwater supplies and prevents flooding downstream from runoff water.
Infiltration systems also help reduce pollution since pollutants are filtered out before entering local waterways. However, these systems require careful planning and can clog over time if not properly maintained.
Surface drains collect water on the surface of an area and then redirect it away from that area through pipes or channels leading to a nearby body of water like a river or lake.
These types of drainage systems are less likely to clog than infiltration systems because there is no soil involved in their operation; however, they can be unsightly if not designed properly with landscaping features like rocks or plants around them to make them blend in better with their surroundings.
Overall, each type of drainage system has its own advantages and disadvantages depending on the specific needs and situation.
However, all three types have one thing in common:
Proper installation is essential.
It is recommended to consult with a professional contractor who specializes in drainage solutions when considering which type would best suit your project’s needs – whether it be residential yard drainage or commercial parking lot runoff control – so that you get the right solution for your unique situation every time.
Are you looking for a reliable drainage contractor in New Orleans? Look no further! We specialize in all three types of drainage systems: surface, subsurface, and stormwater.
Our team of experienced professionals can provide the best solutions to your drainage needs. We are committed to providing quality service and ensuring that your property is safe from flooding and other water-related issues. Contact us today to learn more about our services and how we can help you with your drainage needs!
