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Using company data, and the experience of local scientists and engineers, we can create a report of anticipated conditions.

With our data reports, our team develops smart exploration and survey plans, focused on areas of concern, and develops the insights needed to make educated decisions in the early stages of project development, maximizing the allocation of development capital.

Constrcution Under Bridge


All Employees are trained in multiple aspects of safety, quality, and environmental standards. Our Engineers come from different backgrounds with many levels of experience including Welders, Fabricators, Laborers, and Project Managers. 

We utilize Ground Penetrating Radar (GPR), seismic refraction, electrical resistivity imaging, ground conductivity meters, downhole testing, and ultrasonic testing, among others. Some applications include contaminated sites, vital infrastructure (pipelines, transportation, dams), geological characterization (sinkholes, landslides, bedrock topography), buried objects (utilities, storage tanks, debris), vibration monitoring, and deep foundation surveys.

Our experts have worked on Bridges masterplans, blueprints, mobilization, and construction development in different cities around the United States and Panama.


Road constructions in Mongolia, the United States, and Panama, in the most remote places with no previous road access.

  • Testing laboratory for aggregates

  • Gravel placement

  • Driveway paving

  • Road paving

  • Street paving

  • Road building

  • Excavation in place

  • Site preparation



All year-round construction and development of Hydro dams in Mongolia and The United States.

In compliance with environmental monitoring programs, we do measurements of different water quality parameters. 

As part of occupational safety management, the protection systems are maintained, as well as the signaling of internal roads of the projects as a measure for the prevention of incidents

The environment shall be protected by:

  • The production of electrical energy by renewable hydraulic means (Clean Energy).

  • Reduction of Carbon Dioxide (CO2) Emissions 

  • The import and consumption of hundreds of thousands of barrels of fuel will be avoided.

  • The ecological flow of the rivers will be maintained.

  • Reduction of adverse environmental effects such as desertification and deforestation.

  • Implementing reforestation plans in the areas surrounding the Project.

  • The diversification of energy sources will be encouraged.

  • Projection in Conservation and Environmental Education focused on the communication and dissemination of good environmental practices.

  • Rescue of flora and fauna in the area of influence of the civil works and the reservoir, as established in approved Environmental Studies.

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