In response to growing market demand and increased interest in Bluestream's ICCP-SAM  tool, we have made important upgrades to improve its performance and reliability. 

These updates coincide with Bluestream securing two new contracts for the installation of ICCP systems on offshore wind farm monopiles, demonstrating the trust placed in our solution.

Key Enhancements

The latest ICCP-SAM upgrades focus on optimizing both the installation process and the performance of the anode system. Significant improvements include:

• Redesigned Clamping Mechanism: Instead of using a pressure plate with bolted connection onto the monopile foundation, the system now features four bolts that securely clamp the anode by interlocking two plates. This new design eliminates the need for bolting directly onto the foundation and ensures greater flexibility and durability, allowing the bolts to stretch and withstand higher pressures.
• Compact System for Greater Coverage: The upgraded ICCP-SAM is now even more compact, allowing for longer anodes that can cover a larger surface area of the monopile, improving the efficiency of cathodic protection over a broader region.

While Bluestream was already capable of meeting project demands, these upgrades have further enhanced our ability to address future challenges with even greater efficiency. We look forward to deploying the improved ICCP-SAM tool in upcoming installations and continuing to support the growth of the offshore wind industry.

Driving Innovation in Offshore Wind

The ICCP-SAM pared with it’s upgrades reflect our commitment to innovation in offshore wind energy, providing sustainable and scalable solutions for ICCP installation and monopile protection. We are proud to continue pushing the boundaries of what’s possible in offshore wind projects and look forward to the successful deployment of the improved ICCP-SAM system.

Stay tuned for more updates as we continue to expand our presence in the offshore wind market.