And how portfolio-level planning changes thatThe most common decarbonization decision is not “no”.It is “not yet”.Across building portfolios, delay is the default. Not because organizations lack intent, but because the…
In hydropower, and in the power generation industry as a whole, precision engineering is critical for efficiency and reliability. At one project last year in South America, in a beautiful region surrounded with volcanoes, we utilized advanced reverse engineering techniques, combining 3D scanning and high-precision measurement tools, to precisely determine the necessary dimensions for refurbishing a hydropower turbine’s lower guide bearing fit, and correct a vibration issue.
This is our third post dedicated to 3D Scanning and Reverse Engineering. This time we will talk about the benefits, the challenges, and the future of the technology and its applications. Reverse engineering is a practice that has been in the engineering world since the very beginning of times, and the 3D scanning, being here since a few decades ago, has help to expedite, reduce costs, and improve accuracy of the reverse engineering activities.
Factory Acceptance Tests (FAT) are a critical quality control process designed to verify that equipment and systems meet specified criteria and perform as intended before they are deployed in industries like hydropower, wind energy, and solar power. In this short post, we will explore the significance of FAT, the key considerations for asset owners and manufacturers, and industry-specific insights for successful FAT planning and execution.