Water Technologies is constituted from a professional team with wide experience in engineering and environmental, telematics and industrialist consultancy, whose common axis is the application of new technologies to contribute to the continuous development of innovating projects.

With the purpose of offering and meeting top quality guaranteed objectives, we use in all our projects the specifications, standards, materials, techniques and technologies, leaders in their respective areas of engineering, which ensures quality assurance services.

The equipment is formed by personnel with demonstrated qualification and great experience in the accomplishment and execution of far-reaching projects, both for public administration, as well as for great construction companies, emphasizing the participation in emergency specialized work and/or urgent character in its areas of activity.

Our clients demand us the integral management of projects and delegate to us execution, control, and responsibility on the turn key certificate concept. We have the technology and most advanced techniques to carry out hydraulic, electromechanical and telematics infrastructure, generating later the necessary management tools to guarantee the maximum effectiveness.

The activities of Water Technologies are not only limited to collection, conduction or purification of waste waters, but also include sectors related to the desalination of brackish waters and sea water, brine injection and construction of brine channels, rafts and deposits and development of distribution networks, either for urban supplying, or for irrigated land, all this in accordance with the sustainable development and the protection of the environment.

Videographic recognition

Vertical fault, crossed by a drilling.

This video shows the presence of a lithologic change associated to a subvertical fault crossed by the probe while drilling. A vertical fault is caused by a material adjustment when tectonic forces exceed the strength of the rocks. The rupture zone may have a well defined area, called the fault plane and its formation is accompanied by a landslide of rocks tangential to this plane, which is what you see in the video as a discoloration of the rock.

 

Fracture and brecciated rock.

The video displays a vertical fracture in the rock, in which it can be appreciated the breccia fault in the left of the image and sound rock to the right, locating in the middle the fracture itself. The tectonic forces that cause the breakdown of the materials when tectonic forces exceed the strength of the rocks. The rupture zone, rather than a net area is more heterogeneous and diffuse, due to the breakage and fragmentation of the rock near the slip plane, which is called fault zone, which results the breccia fault (mylonite rock).