Construction Site Soil Solutions

Do you ever look at a home or a resort set on a landscape that looks too ruggedly or too steep for the structure to be put up and wonder how? How the architects and the construction designers and contractors managed to construct the structure? How they’ve constructed the house to make sure that a storm or any other phenomenon doesn’t destroy the structures? 

Well, while those homes and cabins sitting on such precarious slopes, the truth is that their construction and the whole building process is more than breathtaking architecture or the good use of the yard space. It can involve the use of different equipment of high quality for landscape purposes and to get to the underlying soil. Companies like Solution Plant Hire stands firmly on the job of equipment hire, dry hire, attachment hire, and equipment sales, even compaction needed for the ground-level construction of most projects. Before the construction work is kicked off, there was a lot of consideration into the landscape as it is and the soil. These two are critical feasibility components when it comes to construction projects. What this means is that the project/ landscape architect had to first run a series of tests and inspections on that property in a bid to determine the best approach to be used in creating a cost-efficient, sustainable, and stable structure at that site. All the measures and the tests performed by the architects on the site are geared towards finding the best soil solutions for the site. In most cases, no two construction sites are similar, and this means that different soil solutions need to be applied in different sites for the best results. 

But before the landscape architects determine the best soil solutions for a site, they will evaluate different features of the site, including:

• Determine the soil type. Overarching all other issues, the type of soil at the construction site is essential. The soil type could be fine or granular. Fine soil includes clay and silt, and the soil is characterized by micron-type or dust particles, while granular soil looks much like small stones, although the granular soil is more or less gravel blend with sand and other particles. The granular soil is stronger than fine soil. The biggest difference between the two types of soils, however, has to be the effects of water on the soil, with the fine soil being affected significantly by water. In construction, soil that would change significantly in the presence of water is not the best kind of soil for construction, and the best soil solution in such cases is the addition of aggregate to the soil as a move to increase the soil’s pore space and water retention.  
• Whether the soil is vulnerable to erosion, or not, since construction loosens the soil and makes the soil lose its stability, the architect is expected to determine the best solution to prevent erosion and to stabilize the soil. One of the most common solutions offered involves limiting the space around which the soil will be moved in the excavation process. 
• Soil Resistance is also important, and it involves studying the particle sizes, amount of water in the soil, and the plasticity of the soil. These features are helpful in determining whether the building will survive in that soil or not. 

Besides understanding the soil in the construction site, here are the other soil solutions to be considered:

• The use of vertical wick drains to ensure an acceleration of the soil’s consolidation
• Using woven geotextiles for the reinforcement and the separation of the foundation materials
• Use of geogrids
• Use of low-strain, high-strength geogrids for the reinforcement of the embankment foundations
• Use of geotextiles for the separation of the poor strata from the high-quality construction materials for the embankments.

For help determining what products and procedures are needed for your site get in touch with https://www.mintekresources.com/.