We4Ce and CEWA Plus Partner to Scale On-Site Wind Turbine Blade Remanufacturing Across Asia!
We4Ce has signed a Memorandum of Understanding with CEWA Plus to expand on-site blade root bushing remanufacturing services across Asia, marking a significant step toward more efficient and sustainable wind turbine maintenance. The initiative combines advanced engineering, mobile machining technology, and regional execution capabilities to deliver large-scale, in-situ repair solutions for wind farms.
The collaboration integrates We4Ce’s proprietary Re-FIT methodology with specialised mobile machining systems from CNC Onsite, alongside CEWA Plus’s expertise in on-site implementation and quality control. Together, these capabilities enable high-precision repairs to be carried out directly at wind farm locations, eliminating the need for costly and time-consuming off-site blade transport.
The partnership builds on a successful 2025 deployment in Thailand, where the technology was used to restore damaged bushings on 22 turbine blades within an operational wind park. Following this validation, CEWA Plus is establishing a regional service hub to support a multi-gigawatt pipeline of projects, with plans to restore thousands of blade root bushings across a 12-country network. Initial rollout markets include India, Sri Lanka, Thailand, and Vietnam, with serial orders commencing in April 2026.
Blade root bushings are critical structural components that connect the turbine blade to the hub. Over time, issues such as material shrinkage or uneven bonding can lead to microcracks and reduced structural integrity, increasing the risk of failure. Traditionally, repairing such damage required either transporting blades to specialised facilities or replacing them entirely—both options involving high costs, extended downtime, and significant logistical complexity.
The Re-FIT methodology introduces a high-precision, on-site alternative. It enables the removal and reinstallation of bushings while restoring the interface layer to factory-level standards. Using advanced drilling, replacement, and vacuum infusion processes, the method ensures a strong mechanical bond and maintains the structural flatness of the blade root, preserving performance and extending operational life.
A key advantage of this approach is its ability to significantly reduce operational disruption. By performing repairs directly at the wind farm, the solution cuts downtime, avoids transportation challenges, and reduces overall maintenance costs by up to 60 percent. It also contributes to sustainability goals by lowering carbon emissions associated with logistics and material waste.
The solution is delivered under a licensing model, allowing wind park operators and regional service providers to adopt the technology and carry out remanufacturing independently using their own teams. Designed for high throughput, the process enables multiple blades to be repaired each week, supporting large-scale maintenance programmes across growing wind energy portfolios.
Overall, this partnership represents a shift in how the wind energy sector approaches structural maintenance. By combining engineering innovation with practical, on-site execution, We4Ce and CEWA Plus are enabling faster, more cost-effective, and environmentally responsible solutions that support the long-term reliability and scalability of renewable energy infrastructure.
