Lizzie Weakley https://kueselinc.com 2m 431
The views of this article are the perspective of the author and may not be reflective of Confessions of the Professions.
Soil stabilization is the improvement of soil stability by changing its strength and composition. This process increases the weight bearing capacity of soil that withstands constant pressure from vehicles, buildings, and people. Soil stabilization consists of numerous techniques and products that have been developed by engineers and are widely used by builders.
The Options Are Limitless
Soil stabilization expands the wide range of options for constructing roads, parking lots, and walkways. Hundreds of natural and synthetic materials, from biopolymers to chlorides, are combined to create pavement. Both old and new stabilizing techniques, such as compaction, are used to increase the strength of soil and create roads that resist all forms of structural damage.
Ease in Building Roads
Soil stabilization is an efficient, affordable option for building infrastructure in developing countries. In poorer communities, any available materials are used to construct the pavement, and construction workers use different stabilizing techniques to complete the task. A base can be made from a mixture of cement, stone, asphalt, or any other material. Some workers use 100% environmentally friendly materials to prevent soil and water pollution. Others may use synthetic materials to control dust and create dust-free surfaces.
The Technologies Are Changing
Engineering methods and soil stabilization technologies are always changing and being improved for the benefits of society. A major goal of builders is to reduce pollution and cause minimal harm to the environment. They want to create greater resistance to damage caused by water, ice, sand, or chemicals. Additionally, they want to prevent the formation of sinkholes when droughts or other unfavorable soil conditions occur. Soil stabilization technologies make heavy use of polymers to bind the soil particles together. Biopolymers and synthetic polymers are continuously being tested, cross linked, and combined with other materials to use as eco-friendly alternatives to traditional materials like cement.
Maintenance is Minimal
Stabilization increases the strength of soil to prevent the need for constant maintenance. This process involves the mixing of different chemicals to form stronger bonds between soil particles. The materials are tested before use and selected to stabilize the soil permanently and eliminate the need for yearly maintenance.
Soil stabilization is recommended to strength pavement and foundations that have become damaged and unstable over time. In addition to reducing soil erosion, stabilization is effective at increasing road stability and reducing accidents. Over time, the roads remain safe and firm and require little to no maintenance in the future.
About the Author
Lizzie Weakley is a freelance writer from Columbus, Ohio. In her free time, she enjoys the outdoors and walks in the park with her husky, Snowball.
(
