Balmoral Comtec Ltd A Balmoral Group Company products
Balmoral - Bend Stiffener Connector for Offshore Energy
The Balmoral bend stiffener connector (BSC) is engineered to improve and streamline subsea connections in the offshore energy industry. It seamlessly integrates dynamic bend stiffeners with offshore frameworks, allowing for a diverless installation that elevates operational efficiency. This component adheres to API 17L standards, ensuring it meets rigorous industry benchmarks for quality and reliability. The innovative design of the BSC involves a lead-in cone, the BSC itself, and a dynamic bend stiffener, all of which interact with the bellmouth under an offshore structure. Once the BSC's latching mechanism engages, it stabilizes the structure by anchoring on the bellmouth's tapered neck. A reusable pull head is incorporated to enhance both installation speed and practicality. This technology is part of Balmoral's suite of innovative solutions in offshore energy, underlining its role in advancing technology in this sector.
Balmoral HexDefence - Scour Protection System for Offshore Wind Turbines
The Balmoral HexDefence system is an advanced scour protection solution specifically designed for offshore wind turbine installations. Addressing the challenge of seabed erosion, or scour phenomena, it offers a unique approach to safeguarding monopile and jacket structures used in wind farms. Unlike traditional methods such as rock dumping, HexDefence minimizes the environmental impact with a significantly reduced carbon footprint. Its installation process is versatile, allowing for individual segments to be assembled on-site or retrofitted, decreasing both time and costs. The system's innovative design allows for cables to be buried closer to the wind turbine structures, enhancing stability and cable lifespan by reducing exposed sections by up to two-thirds, thereby decreasing fatigue. This modern solution not only extends the integrity and longevity of wind turbine installations but also supports the broader push towards renewable energy by offering a cost-effective and efficient alternative to traditional scour protection techniques.
