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Can a Drone Be Used as a Formal Inspection Tool?
If you're involved in the inspection industry, you've likely come across API (American Petroleum Institute) and are familiar with some of their standards for various types of inspections. The API is a leading organization that works with subject matter experts to develop, maintain, and distribute consensus-based standards for the oil and gas sector. While based in the U.S., these standards are widely adopted globally, especially when it comes to inspecting critical equipment like pressure vessels, storage tanks, and pipelines.
In many countries, API standards are incorporated into laws that define inspection requirements for containers holding flammable or volatile substances. These regulations often require formal inspection bodies to be present during high-risk inspections, ensuring compliance with strict guidelines.
One such standard is API 510, which outlines the procedures for inspecting pressure vessels—equipment that, if improperly maintained, could lead to catastrophic failures. Due to the potential risks, many jurisdictions mandate that certified inspectors from approved organizations conduct these inspections. This ensures that all safety protocols are followed, and any issues are identified before they become critical.
Recently, an innovative tool called the Elios 2 was tested as a replacement for traditional manual inspections. In Antwerp, Belgium, a pressure vessel used to store hazardous chemicals was inspected using the Elios 2 drone. A certified inspector from Bureau Veritas observed the process, initially skeptical about the effectiveness of remote visual inspection (RVI). However, after reviewing the high-quality video feed and detailed data captured by the drone, the inspector changed his perspective.
The Elios 2 met all necessary criteria for a formal inspection, including clear video resolution, adjustable lighting, distance lock, and advanced stabilization. These features allowed the inspector to evaluate welds and internal structures with precision, just as he would if physically entering the vessel. The test was part of a broader series conducted by RoNik Inspectioneering, demonstrating the growing acceptance of drones in industrial inspections.
This case highlights how technology can enhance safety, reduce costs, and improve efficiency in the inspection process. By eliminating the need for scaffolding and minimizing human exposure to hazardous environments, tools like the Elios 2 are becoming essential in modern inspection practices.
While API remains neutral regarding specific tools, this example shows that drones can meet the rigorous demands of API 510 inspections when equipped with the right features. If you're considering integrating drones into your inspection workflow, reaching out for a tailored assessment could help determine if it's the right fit for your needs.