A solid foundation is critical for any type of construction. Unfortunately, not all jobsites are created equal. Whether due to natural soil compositions and/ or conditions or a preponderance of ground water that have seeped in over the years, some areas are not fully capable of supporting structures over the long term. Although they may look stable initially, over time the varying strength and durability of soils can lead to cracks and potholes developing in roadways. This is why chemical soil stabilization is a crucial process for many mass grading & asphalt paving contractors.
The main purpose of the chemical soil stabilization process is to create a more stable, uniform base for whatever is being built on top of it. However, it also has the additional benefit of helping protect the environment. But what is chemical stabilization, and how is it performed? Read on to learn more about this technique.
What is the chemical stabilization of soil, and how does it affect conditions on a jobsite? Generally speaking, the process involves mixing specially developed chemical reagents into the soil and mixing them together. Many of the most commonly used additives for this technique include quick lime, fly ash and cement. These are added to the soil with the use of large-scale rotary mixing tools that cover large areas. Once these are added successfully, the resulting mixture is compacted with a vibratory compactor.
The purpose of adding these reagents is to change the chemical composition of the soil. This includes removing any excess moisture that may be contained within it and improving its structural integrity. What is left behind is something that will be a better subgrade for any construction that will be performed on it, providing a better platform for pavement or a building pad.
The lasting effects of the various types of chemical stabilization of soil make it an ideal method of site preparation for a wide range of construction projects. These techniques ensure strong, stable foundations for virtually any type of hard surface pavement or structural fill zone. Examples of projects that can benefit from this approach include:
Projects that employ chemical soil stabilization receive numerous benefits through its application. First and foremost, the procedure results in greater structural integrity for the soil underneath the project. This reduces the risks of soil shifting or sinking after construction, which can lead to foundation failures and costly repairs to roadways. It also helps ensure that work can be completed faster and more efficiently, saving time and money for contractors.
When you want to take full advantage of everything chemical soil stabilization can do for your project, Rock Solid Stabilization & Reclamation, Inc., is your ideal partner. We have the experience necessary to deliver these capabilities and more to provide you with the perfect foundation for whatever work you’re performing. Follow the links to learn more about our soil stabilization and soil modification services, or reach out to speak with one of our representatives today.
