Retaining walls for land and boundaries for plots of land
At Civiltrek Ingeniería we develop projects of earth retaining walls and boundary enclosures, designing structural solutions that guarantee the stability of the land and the correct delimitation of plots.
Our technical team performs the structural calculation and sizing of the walls, taking into account the characteristics of the land, the loads of the retained land and the drainage conditions, ensuring stability and compliance with current regulations.
These projects are common in plots with slopes, urbanizations, urban developments or land adaptation, where it is necessary to contain land or resolve differences in elevation between adjacent plots.
In Civiltrek Ingeniería we elaborate complete technical projects or develop solutions from existing constructive proposals, collaborating with developers, architects and construction companies to adapt the solutions to each project.
Services available
Calculation and dimensioning of retaining walls
Design of containment and drainage solutions
Definition of materials and construction systems
Preparation of plans, technical report and project documentation.
Technical advice during the processing and execution of the work.
Do you have a project in mind?
Contact Civiltrek
Whether it is a new residential development, the construction of an industrial building or the regularization of a house, at Civiltrek Ingeniería we offer you the technical rigor you need.
Frequently Asked Questions:
What is the difference between a retaining wall and a boundary wall?
Although they may sometimes appear to be the same, their function is different.
A retaining wall is designed to support the thrust of the ground and contain earth when there is a difference in level. It is a structural element that must be properly calculated and executed.
A boundary wall, on the other hand, has as its main function to delimit a plot. In principle, it is not designed to support land loads, although in many cases it ends up doing so if there is an unevenness between plots.
This is an important point: when a boundary wall contains soil, it behaves as a retaining wall and should be treated as such.
When is a retaining wall necessary on a plot of land?
When there are differences in level that require stabilizing the terrain or generating platforms for construction, access or outdoor areas.
Its function is to ensure the stability of the terrain and allow a safe use of the plot. Therefore, its design must take into account loads, height, soil type and drainage conditions.
And when is a boundary wall executed?
Mainly to delimit the plot with respect to adjoining properties.
However, in plots with slopes, these walls often also assume retaining functions, so it is essential to analyze each case to avoid future problems.
What technical aspects are critical in retaining walls?
The calculation of the thrust of the soil, the stability of the assembly and, above all, the drainage.
The water accumulated behind the wall increases the pressure significantly, so it is essential to incorporate drainage solutions to prevent this accumulation.
The foundation and the correct execution of the wall are also key.
What problems are common when they are not differentiated correctly?
One of the most frequent is to build boundary walls as if they were simple enclosures, when in fact they are supporting land.
This can lead to cracks, collapse or structural failure over time.
It can also generate conflicts between adjoining plots if the difference in level is not correctly resolved.
What is the value of getting it right from the start?
It avoids structural problems, conflicts with neighbors and high repair costs.
It also helps to make better use of the plot, organize spaces and ensure long-term stability.
A good approach clearly differentiates the function of each wall and adapts its design to the actual site conditions.
What role does the study of the terrain play in the design of these walls?
The type of soil, its bearing capacity and its behavior with respect to water are determining factors in the design of the wall.
Working with compacted soils is not the same as working with looser or expansive soils. Without this analysis, the design may not be adequate and may compromise long-term stability.