Advance planning is important for the success of any construction project, of course. Still, many are faced with the need for remedial action after a building is finished. Structures depend on the foundation they rest on for stability, but the foundation itself must be on solid ground or designed for less than perfect conditions. We know buildings can be constructed to withstand earthquakes, but did you realize your own home might be showing signs of less dramatic shifting of the earth? Soil stabilization deals with pre-construction concerns and problems underneath standing structures.
Most of us go through life never thinking about the ground beneath our feet - and our homes - because it feel so solid. However, the ground is constantly changing as it absorbs moisture or loses it in times of dry weather. Our homes may show the effects of this by developing cracks in the foundation or the basement walls, or by subsiding on one corner as the foundation sinks.
Soil is made up of organic material combined with minerals of many different types. Some minerals absorb moisture readily and lose it just as fast when drier conditions occur. Continual swelling and shrinking stresses structures that rest on the ground. If the stress is greater than the building materials can stand, cracks in foundation or structural walls may occur and structures may subside unevenly, causing interior problems.
Clay is especially prone to this natural phenomenon. Clay may have many different minerals in its composition, and scientists have identified which minerals are most affected by moisture. Geological experts have created maps that show which areas have the highest potential for problem soils. People should have an analysis done before beginning a new construction project. This is especially important for huge, expensive buildings, such as Las Vegas NV resorts or multi-million dollar estate homes.
Stabilization is required when an analysis reveals that the ground is prone to changes caused by moisture content. Traditional methods include adding lime to the soil, sinking pier foundations to bedrock to keep the structure from shifting with the ground, or excavating all the earth and replacing it with more stable material. Treatment with lime is not a permanent solution, and the other two methods are expensive and time-consuming.
Newer technology uses science to change the soil at the molecular level, causing a fundamental and permanent change. This method is also more environmentally friendly and more affordable. The formula for chemicals used will be tailored to the kind of minerals present in the ground, and the result is more solid, stronger ground. This means, for example, that a slab can be used rather than a more expensive foundation.
If a structure is already in place, this technique is more practical than other remedial efforts, and it can be a permanent fix that prevents further damage. Since steps must be taken or the whole structure may be damaged beyond repair, finding this sort of affordable, fast solution will save both time and money.
Companies in Las Vegas have interactive websites that provide a lot of information and can get you in touch with expert help. Site inspections and estimates are free. Get the help you need to save money and prevent problems in the future.
Most of us go through life never thinking about the ground beneath our feet - and our homes - because it feel so solid. However, the ground is constantly changing as it absorbs moisture or loses it in times of dry weather. Our homes may show the effects of this by developing cracks in the foundation or the basement walls, or by subsiding on one corner as the foundation sinks.
Soil is made up of organic material combined with minerals of many different types. Some minerals absorb moisture readily and lose it just as fast when drier conditions occur. Continual swelling and shrinking stresses structures that rest on the ground. If the stress is greater than the building materials can stand, cracks in foundation or structural walls may occur and structures may subside unevenly, causing interior problems.
Clay is especially prone to this natural phenomenon. Clay may have many different minerals in its composition, and scientists have identified which minerals are most affected by moisture. Geological experts have created maps that show which areas have the highest potential for problem soils. People should have an analysis done before beginning a new construction project. This is especially important for huge, expensive buildings, such as Las Vegas NV resorts or multi-million dollar estate homes.
Stabilization is required when an analysis reveals that the ground is prone to changes caused by moisture content. Traditional methods include adding lime to the soil, sinking pier foundations to bedrock to keep the structure from shifting with the ground, or excavating all the earth and replacing it with more stable material. Treatment with lime is not a permanent solution, and the other two methods are expensive and time-consuming.
Newer technology uses science to change the soil at the molecular level, causing a fundamental and permanent change. This method is also more environmentally friendly and more affordable. The formula for chemicals used will be tailored to the kind of minerals present in the ground, and the result is more solid, stronger ground. This means, for example, that a slab can be used rather than a more expensive foundation.
If a structure is already in place, this technique is more practical than other remedial efforts, and it can be a permanent fix that prevents further damage. Since steps must be taken or the whole structure may be damaged beyond repair, finding this sort of affordable, fast solution will save both time and money.
Companies in Las Vegas have interactive websites that provide a lot of information and can get you in touch with expert help. Site inspections and estimates are free. Get the help you need to save money and prevent problems in the future.
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You can visit www.agsssoilstabilization.com/ for more helpful information about Soil Stabilization For New And Existing Structures.
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