Soil Improvement Projects

Soil stabilization was carried out on a 100-meter-long, 7-meter-wide section in the El Hatillo - Corralitos residential area. The project began with a soil analysis that identified the characteristics of the existing material and defined the most suitable treatment to improve its performance. Laboratory results: The soil studies showed that the on-site material had the proportion of clay fines needed to respond favorably to the ENFIRME Stabilizer, which allowed for significant projected improvements in several aspects: Lower plasticity: the treated soil is expected to considerably reduce its sensitivity to moisture changes. Higher bearing capacity (CBR): the stabilized soil gains resistance to vehicular traffic, even during the rainy season. Less swelling: the treatment minimizes soil expansion when absorbing moisture, providing greater dimensional stability. Better waterproofing: the ability of water to infiltrate the road layers is reduced, protecting the structure over the long term.

Stabilization technology was implemented to improve ground strength, facilitate machinery traffic, and optimize the durability of the roads used in the complex's daily operations.

The botanical garden's paths were built using a treatment suited to environmentally sensitive areas, achieving stable surfaces that blend well with the site's natural surroundings.

Preparation, grading, and construction of the parking area were carried out, resulting in a stable surface suitable for everyday vehicle traffic.

Dirt roads were built using on-site material, reducing costs and resulting in more functional roads for daily operations.

The main access road was built using on-site material, resulting in a more stable route, reducing transport costs, and facilitating production operations.

The existing access roads were rebuilt and a new internal route was opened, using the ENFIRME Stabilizer to ensure stability, firmness, and durability.

The surface intended for single- and double-trailer fuel tanker operations was built and graded, resulting in a stable area suited to continuous heavy traffic.

Demonstrations were carried out on earthwork, on a road with a compacted aggregate base, and on another graded with borrow-pit material. The work included homogenizing the material using a motor grader and a water truck, making it possible to observe the treatment's performance on surfaces with different characteristics.

As part of the Tulum 101 residential development, soil stabilization was implemented to improve the project's internal roads.

The access road was built through earthwork grading, improving passability in an area with varying moisture conditions and high operational use.

The main access roads were built, and grading and construction of aggregate base courses were carried out, resulting in stable surfaces suitable for vehicle traffic.

Aggregate base courses were built for all internal roads, preparing the ground uniformly and stably for the subsequent stages of urban development.

The ENFIRME Stabilizer was applied to the base or wearing course, increasing the road's surface strength and optimizing its performance under daily traffic.

For PEMEX's onshore extraction operations, soil stabilization was applied on access roads used for operational traffic.

The roads of the INCAY program were built and graded, improving passability and directly benefiting producers and agricultural communities with safer, more efficient access.

The road was graded using borrow-pit material, resulting in a more uniform, stable surface suited to the community's everyday use and significantly improving local mobility.

Grading and construction work was carried out on pedestrian walkways and the visitor parking area, creating more comfortable, stable, and functional surfaces within the hacienda grounds.

The walkways were built through grading work that provided stable, comfortable surfaces suitable for public use.

For Bachoco, we developed the grading of a platform for the double-trailer truck sanitary arch. The work properly prepared the surface, ensuring a durable and functional access route within the farm, in line with the operation's needs.