Precision you can count on

For us, sustainability means taking care of people, technology, and the environment in a responsible way.

High measurement accuracy
Data-driven decision making
Optimization of construction processes
Competent team of professionals
Savings of resources and costs

At TRIGORN, we use precise 3D data and geodesy to plan projects more effectively and save materials and energy. This helps us minimize impact on nature and carefully monitor effects on the environment. Modern geodetic technologies assist us in managing terrain, buildings, and infrastructure efficiently, supporting sustainable development with respect for nature and resources.

Thanks to accurate geodesy data, we can better adapt projects to real conditions on site. This reduces mistakes and unnecessary changes, saving time and money. Detailed data also let us track impacts on the surroundings and encourage responsible decision-making.

Our team was involved in some of the largest projects in Europe, such as the new mining level in the world's largest underground iron mine in Kiruna, the Stockholm bypass tunnel, Varberg tunnel or Haga Gothenburg. We provide services ranging from the creation of geodetic networks, excavation management, detailed documentation, volumetric calculations and geotechnical monitoring to the delineation and documentation of process equipment.

We are not afraid of darkness, damp, cold polar nights or the strict legislation and regulations in force in European markets. We are aware of our responsibilities and at the same time we dare to take on really big and complex projects because we have the education, experience and top-notch equipment. And if we need consultation in related fields, we have an established network of professionals to turn to.

Using geodesy in sustainability

1. Effective use of space and land

Precise land surveying and area analysis help make better use of available land resources. Geodetic measurements support the optimization of development while protecting valuable agricultural land.

More about Underground Surveys

Precise land surveying and land registry

Optimization of development and minimization of urban sprawl

Protection of agricultural land and landscape character

Support for compact urbanism and “smart cities”

Reduction of pressure on the natural environment and biodiversity

2. Smart city planning and infrastructure

Accurate spatial information is the foundation for effective and innovative urbanism. Thanks to geodetic data, it is possible to build cities that are not only functional but also environmentally sustainable and pleasant to live in.

The foundation for precise spatial planning

Design and implementation of green infrastructure

Optimization of transportation systems

Support for the development of smart cities

Minimization of ecological footprints

3. Landscape Change Monitoring

Geodetic measurements, such as remote sensing (RS) and laser scanning (LiDAR), enable the monitoring of changes in the landscape. They help observe how forests, soil, or glaciers are evolving and assess the impacts of climate change. This knowledge supports the planning of measures that protect the landscape and help it adapt to new conditions.

Precise monitoring of deforestation and forest health

Identification and analysis of soil erosion

Monitoring glacier melting and its impacts

Tracking the expansion of arid areas

Evaluation of climate change effects

4. Supporting Sustainable Agriculture

Technologies such as GPS/GNSS are widely used in precision agriculture. They enable more accurate application of fertilizers and pesticides, monitoring of crop growth, and more efficient soil management. This results in reduced unnecessary consumption and a smaller environmental footprint.

Precise input application using GPS/GNSS

Monitoring crop development and soil conditions

Optimization of irrigation systems

Efficient soil management and erosion prevention

Reduction of energy use and carbon footprint

5. Utilization of Renewable Energy Sources

Accurate geodetic measurements are also essential for the placement of wind turbines, solar panels, and geothermal systems. They help ensure that these energy sources operate at their best while minimizing their impact on the surrounding environment.

Optimization of wind turbine locations

Precise design and installation of solar panels

Planning and monitoring of geothermal systems

Minimization of environmental impacts

Efficient construction and management of infrastructure

See all references