Stabilization Applications

As a surface earthworks construction technique, soil-cement stabilization is extremely versatile, with applications and benefits across a wide range of industries.

With the addition of Enduro-35, these standard benefits are enhanced, leading to a longer lasting subgrades and improved performance.

Road Construction

Road construction and repair is one of the most used applications for soil-cement stabilization due to the strength and durability benefits, the overall construction efficiencies and the cost savings that can be experienced vs. convention road building techniques.

Oil and Gas

Maintaining year-round access while being able to support the high potential loading rates (i.e. drilling rigs) that can be experienced on an Oil and Gas site makes soil-cement stabilization an ideal candidate to help improve the soil structures which these sites are built upon.

Railways

Building railway infrastructure is often time consuming and expensive due to the high strength and resistance characteristics that track beds need to be constructed with (any failure has major impacts). These requirements and costs make soil-cement stabilization an excellent fit for rail construction.

Construction Sites

Whether you are looking for temporary site access to ensure your construction schedule is maintained or want to work from a surface which can ultimately remain in place and lower your future building costs, soil-cement stabilization is a great consideration for project developers and contractors regardless of project type.

Agriculture

Although maybe not an obvious application for soil-cement stabilization, there are many surfaces and structures utilized in the agricultural industry which can benefit from the application of stabilization (i.e. silage pits, storage facilities, high traffic areas, feedlots, etc.).

Heavy Industrial

Heavy industrial sites, intermodal yards, trucking stations, etc. are all sites that experience heavy repetitive loading putting them at an elevated risk of subgrade and surface failures. This makes them another ideal candidate for soil-cement stabilization.

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