References

Thermal and Nuclear Power Plants

Cooling towers are crucial for ensuring the successful cooling of the production block. Their condition directly affects the performance of the production block. Our services include the collection of photogrammetric, visual, thermographic, and laser data followed by processing. Using in-house developed artificial intelligence, we can quickly categorize the collected data and provide feedback to the manager with an assessment of the technology’s condition. With 3D scanning methods, it is possible to analyze shape anomalies and monitor deformation trends over the years.

Pipe hangers are often overlooked technology, but a simple visual inspection can reveal malfunctions. Poorly moving pipe hangers can affect other equipment along the pipeline, including rotating machinery, whose lifespan and operability can be negatively impacted.

The space between the steam turbine and the condenser is difficult to access. However, the integrity of the structure is crucial for the reliable operation of the equipment. Aerial platforms allow for indirect visual inspection or wall thickness measurement of these technologies.

It is no longer necessary to inspect inlet channels from cooling towers using human labor. The reinforced concrete structure and steel elements in these technologies pose constant safety risks for inspection teams. With aerial platforms, this can be done entirely remotely.

For planning and decision-making regarding repairs, we commonly collect visual data. For pulverized coal boilers, customers appreciate being informed about the condition of burners, injection lances, blowers, superheaters, the evaporator itself, or the condition of the refractory lining of dryers. An integral part of the production block are vertical flues or desulfurization technology, where the movement of a human inspector is risky.

Penstocks are crucial for the successful delivery of water to the hydro turbine. Any defect in the penstock can lead to much more serious problems during operation. An aerial platform is an ideal means for quickly checking the integrity of this technology and mapping where repairs are needed. Days or weeks of preparation for a simple inspection no longer need to delay the work schedule.

Whether on the roofs of industrial buildings or in open spaces, PV panels are exposed to various external influences that reduce their performance over time. Early detection of defects allows for continuous economic operation of the power plants. We develop in-house software for autonomous defect detection using artificial intelligence, including precise localization on the table.

Without the need for scaffolding, we can visually assess the condition of the structure or coating. It is also possible to measure wall thickness using ultrasonic probes by the contact method. All this can be done from the air, at height, without any additional support structures or lighting.