SafeLink

Janice Lamente is the CEO of SafeLink.

The decision makers in SafeLink are Benjamin Estrella Contreras, Bjorn Simonsen, Cindy Ralston, etc. Click to Find SafeLink decision makers emails.

Active Heave Compensation (AHC) is a technology used to counteract the vertical motion of a vessel caused by waves during lifting operations. AHC systems utilize sensors and hydraulic systems to detect the motion of the vessel and adjust the position of the load in real-time. This ensures that the load remains stable and at a constant depth, minimizing the risk of accidents during subsea operations. AHC is particularly beneficial in offshore wind projects and other marine applications where precise load handling is crucial.

SafeLink provides heave and dynamic load compensation solutions primarily for the offshore industry, including offshore wind, subsea installation, and marine operations. Our technologies are designed to improve safety and efficiency in challenging environments, making them suitable for a variety of applications such as floating offshore wind farms, subsea equipment handling, and heavy lift operations in rough seas.

Yes, SafeLink's solutions are specifically designed to address slack sling avoidance. Our active and passive heave compensation systems help maintain tension in the lifting system, reducing the risk of slacking and potential accidents. By ensuring that the load is always under control, our technologies enhance safety during lifting operations, especially in dynamic marine environments.

NORSOK R-002 is a standard that outlines the requirements for lifting operations in the offshore industry, focusing on safety and reliability. SafeLink's products are designed to comply with NORSOK R-002, ensuring that our active and passive heave compensation solutions meet industry standards for safety and performance. This compliance provides our clients with confidence that our systems are reliable and effective for use in demanding offshore conditions.

SafeLink offers advanced lift analysis and simulation services to optimize lifting operations. Our team utilizes sophisticated modeling tools to simulate various lifting scenarios, allowing us to assess the impact of environmental conditions and equipment configurations. This analysis helps in planning safe and efficient lifting operations, minimizing risks associated with dynamic loads and ensuring compliance with safety standards.

Passive heave compensation systems provide several benefits, including simplicity, reliability, and cost-effectiveness. These systems use mechanical devices, such as shock absorbers and springs, to absorb the energy from wave motion, reducing the impact on the load being lifted. Passive systems are particularly advantageous in applications where active systems may be too complex or expensive, and they can still significantly enhance safety and efficiency in lifting operations.