Process & Repair Qualifications for Wind Turbines
Leverage Lucideon's network of material, process and industry expertise to help you select, scale-up and optimize processes. Embed us in your design process to expedite new product launch, or contact us to improve quality, replace regulated materials, validate cleaning processes and reduce the cost of operations. Our network collaborates to deliver novel techniques and transfer successful technologies and improvements across industry lines.
Consultancy services offered include assistance with wind turbine repair material selections, repair process technique development, definition of processing parameter windows, and integrity assessments.
Draw upon Lucideon’s expertise in metallurgical materials and additive manufacturing to create novel qualified one-off, in-place or mass repair activities.
Examples of process and repair projects for the wind industry include:
- Post processing of additive manufactured components
- Processing of bearing materials to reduce corrosion
- Improving rotor lead tab re-lead refurbishment
- Bonding of complex insulation systems
- Repair procedures for highly elevated & hard to access equipment.
We’ll provide you with a comprehensive report, including recommended actions, high-quality imaging, test results and interpretation, to benchmark the performance of current and new repair procedures. We will then work with you, in an iterative investigation process, to optimize all processes.
These same principles are applied to qualifying both new repair procedures and operators to perform them.
In this webinar, Dr Gilda Gasparini, Chemical Engineer, and Dr Ying Zhu, Materials Scientist, look into a number of advanced drying techniques, their pros and cons and also discuss how these drying techniques help improving real-life manufacturing processes.