Before you think of establishing any structure on your land, consider the stability of your ground. Soil modification is a great way of converting low-quality soil into a strong resistant medium.
Increasing the bearing capacity of the soil allows the production of reinforced earth structures, housing, and industrial units, pavements, railways, embankments, and bulk fill applications among others.
Poor soils can be enhanced by adopting soil modification techniques like soil mixing techniques, dynamic deep compaction, grouting techniques, and more. Not only is ground modification reliable but also cost-effective. In this article, we will discuss a few benefits of including this method in your construction plan.
Cost effective solution
Compared to other methods of soil treatment like dig and dump, ground modification is more cost-effective. You spend more on landfill tax, vehicle movement, and buying aggregates with dig and dump.
Likewise, most modification techniques are permanent with minimal applications. Having few applications safeguards your business from unnecessary work stoppage, therefore, minimizing setbacks and extra costs.
Moreover, this process makes it economically feasible to construct industrial units, houses, railways, and pavements in previously inaccessible places.
Saves on time
Time is of great essence in every construction project. You want to ensure the project is finished within the shortest period possible.
The ground amendment reduces both site preparation time and import or tipping. It also helps to speed up the strengthening and drying up of wet grounds for immediate use. Setbacks and delays are common in most construction projects.
However, With the application of a soil stabilizer, you save more time by eliminating unnecessary work stoppages caused by snowfall or rainfall.
Protects environment
Most road construction projects involve the use of massive haul trucks and other heavy construction machinery. Such machinery can cause massive damage to the environment if used on daily basis.
Using a soil stabilizer can help mitigate damages on the roads during and after the project. For instance, if you use 50 lorries to transport 50 loads of imported materials, you end up making 100 vehicle movements.
On the other hand, a single 30-tone binder can complete the same task in one movement, therefore, saving you on cost and less congestion. Additionally, reducing transportation needs eliminates the excessive emission of gas and fossil fuel. Read more here https://www.growingproduce.com/vegetables/the-unseen-benefits-of-improved-soil-health/
Saves waste
As mentioned, you can easily convert low-quality soil into a strong engineering material with a simple treatment process. This means you don’t have to import new material off-site. Not only does this save you on expensive and time-consuming importation but also eliminates the production of huge quantities of waste materials.
Ease of application
Although the process might seem complicated, soil modification equipment and techniques are easily applied. All you need is minimal training from registered professionals.
Increases soil strength
This is probably the topmost important benefit of ground modification. Coarse aggregate is an essential resource in the construction industry. This is why there is a need to replace poor-quality soil with aggregate.
Using binders to stabilize the soil not only cuts costs but also strengthens the density of the soil. This way, it becomes easier to set up projects in areas that were initially unviable. Economically, this can also be a good way to improve infrastructure.
Whether it’s a mine haul road or a key farm road, this enhanced strength makes the soil stable enough to create stable conditions.
Saves landfill taxes
As mentioned, ground modification eliminates the need to import materials offsite. When you use the available soils on your site, you won’t have to incur more tipping charges. So, it’s wise to invest more in stabilizing the soils on your site than sourcing materials somewhere else.
Controls shrinking & swelling
Adding correct drying additives into the soil can help reduce its overall permeability as well as its shrinking and swelling potential. As such, this prevents the subgrade from shrinking when the moisture content is altered. The enhanced soil also prevents the damaging to the pavement or the foundations below it.
Reduces risks
The stronger the quality of the soil the lower the risk of property damage. Adding drying products like lime speeds up the drying process making the soil safer to work with even in cold and wet conditions. Click here to read more insights.
Conclusion
Soil modification is key when planning a construction project. The ground is pounded using a reclaiming machine before adding certain chemical agents to dry the soil and convert it into useful engineering material. Besides improving the soil’s workability, ground modification saves time by reducing the need to import soils from other sites. Plus, it is one of the most cost-effective methods of improving soil strength. The ground modification process also allows you to work in cold and wet conditions with ease hence providing a safer working environment. Lastly, make sure you understand the various modification techniques used and what each technique entails.
