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Contact Us

Our spectral tomography allows for more accurate geological reconnaissance by filling in information between boreholes, reducing the need for drilling. Successfully delivering information where other non-invasive methods fail.

We provide services using our proprietary subsurface imaging technology. Our team possesses extensive expertise in both geophysics and geology, along with experience across various industries. This enables us to deliver not only geophysical images but also comprehensive reports with detailed information tailored to our clients’ needs.
We provide services using our proprietary subsurface imaging technology. Our team possesses extensive expertise in both geophysics and geology, along with experience across various industries. This enables us to deliver not only geophysical images but also comprehensive reports with detailed information tailored to our clients’ needs.
We use our own ground-penetrating radars, ensuring the highest quality data and full control over the entire surveying process.
Hardware
The data is processed using our dedicated software, allowing us to fully leverage the potential of our technology.
Software

Energy and Renewables

Mapping

Solar Farm Construction Planning

SGPR technology accurately maps subsurface conditions, detecting and identifying obstacles that could cause unexpected delays and damages. It offers a fast and efficient way to survey large areas, reducing the need for extensive manual inspections even in the harshest conditions.
Mapping

Wind Farm Connection

We provide precise mapping of subsurface conditions from the shoreline upwards. Our technology detects obstacles that might delay the installation of cables and other infrastructure, ensuring a smooth process, saving time and costs, and accelerating project timelines, making wind farm connections more economically viable.
Mapping

Transmission Line Construction

We deliver detailed subsurface maps along planned transmission line routes. This allows us to reduce ground risk by pinpointing obstacles and potential conflicts with existing infrastructure. By addressing these issues early, we prevent unforeseen delays and streamline the construction process, resulting in significant time and cost savings.
Mapping

Solar Farm Construction Planning

SGPR technology accurately maps subsurface conditions, detecting and identifying obstacles that could cause unexpected delays and damages. It offers a fast and efficient way to survey large areas, reducing the need for extensive manual inspections even in the harshest conditions.
Mapping

Wind Farm Connection

We provide precise mapping of subsurface conditions from the shoreline upwards. Our technology detects obstacles that might delay the installation of cables and other infrastructure, ensuring a smooth process, saving time and costs, and accelerating project timelines, making wind farm connections more economically viable.
Mapping

Transmission Line Construction

We deliver detailed subsurface maps along planned transmission line routes. This allows us to reduce ground risk by pinpointing obstacles and potential conflicts with existing infrastructure. By addressing these issues early, we prevent unforeseen delays and streamline the construction process, resulting in significant time and cost savings.

Roads and Infrastructure

Mapping

Road Design and Construction

By continuing geological information between boreholes, we provide a comprehensive understanding of the subsurface, significantly reducing geotechnical risk and enabling more accurate and effective road design. Our technology also identifies specific locations that need further detailed investigation, ensuring that potential issues are addressed proactively.
Monitoring

Continuous Road Monitoring

Comprehensive monitoring helps identify early signs of potential issues such as subsidence, erosion, or damage caused by construction activities. By detecting these problems early, we can significantly reduce maintenance costs and prevent larger issues from developing. Our technology ensures that both natural and human-induced problems are addressed proactively, enhancing road safety and longevity.
Mapping

Road Damage Investigation

We can quickly pinpoint the exact locations and potential causes of issues for further detailed investigation. This targeted approach significantly accelerates the identification of problems and the development of effective repair plans. Our technology helps minimize road closure times and ensures that repairs are conducted efficiently, restoring road safety and functionality as quickly as possible.
Mapping

Road Design and Construction

By continuing geological information between boreholes, we provide a comprehensive understanding of the subsurface, significantly reducing geotechnical risk and enabling more accurate and effective road design. Our technology also identifies specific locations that need further detailed investigation, ensuring that potential issues are addressed proactively.
Monitoring

Continuous Road Monitoring

Comprehensive monitoring helps identify early signs of potential issues such as subsidence, erosion, or damage caused by construction activities. By detecting these problems early, we can significantly reduce maintenance costs and prevent larger issues from developing. Our technology ensures that both natural and human-induced problems are addressed proactively, enhancing road safety and longevity.
Mapping

Road Damage Investigation

We can quickly pinpoint the exact locations and potential causes of issues for further detailed investigation. This targeted approach significantly accelerates the identification of problems and the development of effective repair plans. Our technology helps minimize road closure times and ensures that repairs are conducted efficiently, restoring road safety and functionality as quickly as possible.

Geohazards and Climate Resilience

Monitoring

Mining Damages

We have mapped areas of ground loosening across a large part of the city and correlated them with shallow remnants of past coal mining, which has enabled us to identify potential sinkhole locations. Due to the rapid rise in water levels caused by the cessation of drainage from the old mine, we conducted additional measurements to monitor and identify areas where the ground loosening has expanded.
Monitoring

Identification of Landslides

Our high-resolution technology allows for the identification of slip zones in landslide-prone areas and the monitoring of ground stability. This capability is essential for ensuring the safety of infrastructure and buildings in these zones, particularly during periods of heavy rainfall.
Monitoring

Dam Stability Monitoring

We conduct periodic monitoring of the dam at the lake near the power plant to assess the condition and stability of the embankment and to measure the level of soil saturation. This monitoring is essential for detecting shifts over time, identifying potential risks from geological changes, and addressing concerns related to water.
Monitoring

Mining Damages

We have mapped areas of ground loosening across a large part of the city and correlated them with shallow remnants of past coal mining, which has enabled us to identify potential sinkhole locations. Due to the rapid rise in water levels caused by the cessation of drainage from the old mine, we conducted additional measurements to monitor and identify areas where the ground loosening has expanded.
Monitoring

Identification of Landslides

Our high-resolution technology allows for the identification of slip zones in landslide-prone areas and the monitoring of ground stability. This capability is essential for ensuring the safety of infrastructure and buildings in these zones, particularly during periods of heavy rainfall.
Monitoring

Dam Stability Monitoring

We conduct periodic monitoring of the dam at the lake near the power plant to assess the condition and stability of the embankment and to measure the level of soil saturation. This monitoring is essential for detecting shifts over time, identifying potential risks from geological changes, and addressing concerns related to water.

Testimonials

Our technology is recognized by the most prestigious institutions and companies, providing valuable information for the most challenging projects.

Geophysical Monitoring of Strategic Infrastructure.

Periodic monitoring of critical infrastructure, such as dams and power plant foundations, aimed to detect displacements over time, identify potential threats due to changes in the geological structure, and observe issues resulting from water activity.
“WIDMO demonstrated exceptional professionalism and dedication, providing state-of-the-art tools and solutions that were crucial to the success of our project. Their advanced geophysical imaging systems enabled us to precisely and efficiently monitor critical infrastructure, which is invaluable for ensuring the safety and long-term stability of the structures.”

 

Prof. dr hab. Mariusz Majdański
HEAD OF THE GEOPHYSICAL IMAGING DEPARTMENT

Team leadership

Our team of geophysicists and geologists brings extensive experience in managing and supervising projects in industries such as construction, mining, and the oil and gas sector. Additionally, we hold a wide range of geophysical and geological licenses essential for the effective execution of projects.

Dr Zygmunt Trześniowski

Head of Geophysics

Dr Paweł Pietrzykowski

Lead Geologist

Dr Zygmunt Trześniowski

Head of Geophysics

Dr Paweł Pietrzykowski

Lead Geologist

Dr Zygmunt Trześniowski

Head of Geophysical Services

Dr Paweł Pietrzykowski

Lead Geologist

Field team

Our field team has extensive experience working in the most challenging conditions, ensuring safe and efficient operations without disrupting processes on the survey site. Additionally, our team is fully competent in supplementing and acquiring all necessary information required for further data processing.

INTERESTED?

Contact us at: [email protected] – We will be happy to provide you with more information and tailor our solution to your needs.

Sławomir Uherek

Head of Sales