Drainage Saskatoon

Septic Drain Field

There are many options when it comes to determining which route to take to manage stormwater runoff. It is important to prevent flooding from happening. Here at Saskatoon Excavating, we build, maintain, assess, and inspect your field drain system.

A good Surface drainage system forms and molds the soil into a watershed, which can carry the runoff to an organized drainage system that includes catch basins and trench drains.

It is important to consider the topography of the land, rainfall, and soil type when planning surface drainage. While shallow ditches that follow the contour of the land can be sufficient in some cases, others may require deeper ditches or grading the land to allow for soil drainage. You can have the ditches follow a random or parallel pattern. If there is an overflow during the spring, it is a good idea to call Saskatoon Excavating to dig deeper into the ditch to facilitate the water flow and keep flooding from happening again.

Surface drainage systems are waterways that are designed to drain runoff water. These systems have shallow ditches, which are dug in parallel. Understanding the purpose of each type of surface drainage system and the methods to choose them will help you decide the best route to take to your property.

Surface drainage systems are designed to prevent water from pooling or flooding on your property especially after a big SNOW melt in the spring. Water that sits in stagnant for too long is more likely to be contaminated by external influences. Water will eventually absorb into the soil and surrounding foliage. However, improperly sloped yards, inadequate drainage systems, and excessive precipitation could lead to problems.

Ever notice a patch that floods frequently, but the water doesn't seem to drain? Or is it muddy and difficult for plant growth? It is due to prolonged saturation, which can cause crop chokes or soil nutrient loss.

Request A Free Instant Quote

Please Fill The Form

Briarwood

There are so many designs for surface drainage systems. When mapping out these systems, there are many things you need to consider. The goal is to make the land into watersheds. Each body of water has its own watershed. This is the place where water is "shed" or drained into larger bodies of water. Rainwater flows into streams and rivers and into larger bodies of water like the sea and the ocean.

The watershed is responsible for transferring water runoff to a drainage system. This could be a type or basin, trench drain, storm sewer, or storm sewer. An improper surface drainage system will have a negative impact on the surface, which can then cause problems with subsurface drainage. Saskatoon Excavating provides polycast trench drains that can be installed in concrete. These drains are extremely versatile and fire-resistant. They also require less work on the site. Polymer concrete does not absorb acids, salt, oil, and other substances. It also has drain channels that can be used to drain oil, salt, and other substances.

Type Of Surface Draining System

Open Drainage

You can create shallow, open drains with a hand shovel. They do not go deeper than one foot. They are designed to drain water from shallow depressions. Although they can direct water to larger drains and streams, shallow drains are best suited for small areas. They are considered temporary arrangements.

Open drains of medium depth range from a foot to one meter deep. These drains are typically dug using an excavator. They are usually buried in a V-shaped trench that has a flat bottom. The gradient must be steep enough that water can flow quickly through the drain without damaging the walls or bottom. These are best suited to areas that are flat.

Large open drains may be several meters deep and can be as wide as a meter in width. Large open drains can be created using a bulldozer, dragline excavator or scraper. These drainage systems can be used to drain large amounts of water.

Levees

Levees are typically formed on land with a gradient. Soil is removed to form these levees along the channels' downslopes. It prevents surface runoff from increasing velocity and keeps the land from eroding. To avoid landslips, levees must follow the slope. Ideal spacing of levees should be between 30 and 50 meters if needed for large properties . If the channel is not carefully constructed, it could be easily eroded.

Levee banks can be used to limit large water flows to specific areas. They are also used to control flooding along streams. As you can see, they are very flexible and have multiple application attached to its system.

Laser levelling, a relatively new technique used on irrigation farms to improve and speed up water flow from flood irrigation bays, is an emerging practice.

Grassed Waterways

Grassed waterways are usually shallow and often narrow. These waterways are used to control the outflows of drains that run down slopes in order to prevent erosion. They can only be used in areas with dense grass. The waterway's size and shape determine how much water can be evacuated, as well as the steepness of the slope.

They should not be more than 1:4. It is important to have a dense, unbroken grass sward before the waterway can be used for discharge. Avoid grazing on the waterway if it is still wet or draining.

Many factors that will determine which surface drainage system is the best. If it is in a rural area, you will need a natural drainage system, if it is in a densely populated area, a commercial product should be considered that can withstand traffic, chemicals, and time. Some systems can remove large amounts of water in a short time. Others are designed to drain a smaller amount of runoff.

The soil's surface is dry and the water evaporates. After that, the downward flow stops for a while. Air re-enters the soil's pores. This soil is no longer saturated. The plants may not be able to withstand the prolonged saturation. The plant roots need air and water, so most plants can't withstand prolonged periods of saturated soil. A very wet soil can cause damage to crops and make it difficult to use machinery.

Saskatoon Excavating can provide more information about drainage correction and surface drainage systems. For more information, call us today. It really help avoids FOUNDATION REPAIR over time.

Purpose of Drainage System

A surface drainage system that is effective can handle heavy amounts of surface water after intense rainstorms. Not installing a good system overwhelm the soil's ability to absorb water and cause flooding.

To remove excess water from land, you will need to use surface drainage systems in areas with heavy rainfall and low soil percolation. There are many types of surface drainage systems, including shallow ditches and open channels, sloped banks, grassed waterways, and grassed waterways. These drainage systems are efficient and quick at draining surface water.

Advantage of a Septic Field

Building a Draining System

It is vital in farm areas because it prevents water-related land issues and keeps crops from becoming waterlogged. A proper surface drainage system prevents topsoil being washed away. The water that has been drained is typically carried to a stream or river, dam, or other drain. It is critical around your home, as it prevent flooding in your basement.

Our region has acres of uncultivated land, many of which have hills of dirt. Because the soil is held in place by tree roots, erosion stops at the tree line. To keep silt deposits from growing and to maintain open drains and ditches free of vegetation.

Saskatoon Excavating can provide more information about drainage correction and surface drainage systems. We are experts in foundation repairs and drainage correction, including beam and pier installation, french drainage systems and surface drainage systems. You can call us at (306)988-0987. Proper design is crucial when it comes to residential drainage systems.

We Promise You the Best