Table of Contents
- Factors Affecting Trench Drain Efficiency
- Installation Speed
- Long-Term Maintenance
- Minimizing Jobsite Disruptions
- How to Specify the Correct Trench Drain System
When professionals start evaluating a jobsite for construction, they should put drainage high on the list of priorities. Trench drains make it easy for construction workers to continue building or performing maintenance without worrying that a storm, leak, or spill will cause liquid to start pooling on the site. By considering these factors and advantages of an effective trench drain design, tradespeople can make an informed decision before starting construction.
Factors Affecting Trench Drain Efficiency
It is not enough to install trench drains on the jobsite and hope for the best. Professionals who want to keep workspaces generally dry and functional must select the right drain system for the job. Common factors include:
- Material: Certain materials can support a greater load, ideal for parts of the jobsite that use vehicles.
- Grate type: The type of grate affects the rate of flow and the possibility of clogging, in addition to aesthetics.
- Slope: Pre-sloped drains simplify installation.
- Flow Capacity: The flow rate of the water ensures that the drains work effectively for all but the most unexpected circumstances.
Choosing the right NDS channel drains depends on these factors, as well as features and limitations of the jobsite.
Installation Speed
The speed of work on the jobsite depends on the time needed to design, install, and manage a trench drain system. Construction site managers should be aware of the specifications they need for the project, including drainage. Taking time to research various factors and drainage options will make professionals more collaborative with installers to find the solution. With this approach, installation takes less time and requires fewer adjustments once installation is complete.
Long-Term Maintenance
Maintenance of the trench drains relates to the material, installation, and regular flow of liquids through the drainage system. An appropriate trench drain, installed correctly by a professional installer, is likely to reduce the frequency of maintenance requirements. Materials that can support the load and the type of drainage tend to last longer and show fewer signs of wear. In addition, proper drainage reduces risks to the fixtures and equipment on the jobsite, minimizing their maintenance burdens as well.
Minimizing Jobsite Disruptions
Jobsite disruption due to weather or chemical spills can increase costs, extend delivery times, and lower the overall efficiency of the site. The right trench drain can minimize the effects by ensuring that water and other liquids flow at an appropriate rate toward an outlet that can safely reduce the risks of standing water or other hazards. Proper installation of a detailed design ensures that every channel works according to specifications.
How to Specify the Correct Trench Drain System
With an understanding of the issues that surround trench drain installation, professionals can start to assemble a list of specifications. These tips will help construction teams ensure they get what they need:
- Research local guidelines, site restrictions, and utility lines
- Estimate the catchment area
- Break down the catchment area into zones with unique drainage requirements
- Use manufacturer resources to calculate load, flow rate, and other factors
- Choose the right material for the application
- Measure steepness and length of slope
- Identify possible outlet positions
- List range of liquids that may go through the drainage system
- Ensure that outlets are large and numerous enough for effective drainage
Before scheduling trench drain installation, jobsite administrators should discuss these issues with prospective installers, to confirm that the design meets the specifications.
Trench drains keep construction work on a jobsite flowing. An improper drainage assembly can lead to flooding, equipment damage, and safety hazards. By comparison, an ideal trench drain design removes water and other liquids simply and effectively. Evaluating these concerns can help construction professionals to find the right specifications for their jobsites.
Author bio: Khris Kaylor is IT Manager at Maxx Drains, a premier distributor of top-quality drainage products. Kaylor began his IT career in 1995 and holds an MCSE certification. With a decade of experience in POS systems — including installation, programming, training and support — he later transitioned to hardware and software support. Kaylor has also collaborated on managing multiple brand websites within the food and beverage industry.
