Why is Ground Stabilization Required?

The method to enhance the weight bearing power and performance level of the soil of a particular area, waste materials and the sand in order to empower the road surface is known as Ground Stabilization. The larger perspective of ground stabilization is improving the California bearing ratio of the soil of a particular location by nearly 4 to 6 times. Now what is California bearing ratio? It is a test conducted in order to analyze the mechanical strength of the land, base course and the roads. This process was formulated in California before World War II by California Department of Transportation.

Hence, it is known as the California bearing ratio. It helps in analyzing the load bearing capacity of the ground for building the roads. The harder the ground surface, higher is the CBR rating. Another important reason of ground stabilization is to improve the quality of onsite materials that will lead to better quality of sub base and base course of the ground. In large sectors of both developed and even developing countries the strategy of Land stabilization is used in order to construct the entire road sometimes.

Previously the ground stabilization was carried out using techniques such as effective utilization of rammed earth technique and lime, cement based products and utilization of the properties of binding of clay soil. Now-a-days there is a stark improvement in technology of ground stabilization. This improvement in technology is labeled as the green technologies. Green technologies include use of enzymes, bio-polymers, tree-resins, surfactants, co-polymer based products, synthetic polymers, cross-linking polystyrene acrylic polymers, ionic stabilizers, calcium chloride, sodium chloride, fiber reinforcement. These green technologies create water resilient (hydrophobic) platforms and surface that prevents any form of road failure due to water penetration or frosting by restriction every possible admission of water into the layer which has been treated.

To cater to the needs of stabilization apart from the traditional methods, use of several nontraditional stabilizers must be increased. Some of these non-traditional stabilizers include Co-polymer based products, calcium chloride, sodium chloride, fiber reinforcement.

In addition to the effective ground stabilization another thing that must be kept in mind is the ground drainage system. Drainage system ensures the proper supply of water using these drainage pipes. The choice of material used also is important in order to ensure free flow of the water without hampering the ground. If we use materials such as cast iron, galvanized iron, bronze and lead as the material of the drainage pipes these will be easily corroded on transportation of water from the drains and the corrosion will hamper the ground and the soil on the ground. Thus damaging the ground stabilization.

Hence, it is important to keep in mind that a material used on the drainage pipe is rust resilient. That can only be plastic. There are also several benefits too of using plastic such as it is light weight and easy to transport. There are so many companies which give plastic pipes for the geocomposite drainage then internet could be really useful here. Moreover, the plastic drainage system is highly durable, economical and unbreakable.

Kevin Gerry provides information on drainage systems for ground. To get latest updates visit this website >> Aqua Geocomposites Ltd.