Growing energy demand is pushing oil and gas recovery into challenging subsea environments. A primary flow assurance challenge for these operations, particularly for the long-distance tie-back developments that represent the future of the industry, is the formation of gas hydrates. These crystalline particles form under the high-pressure and low-temperature conditions found in pipelines, creating a significant risk of blockage, especially in cold subsea environments like the Norwegian Continental Shelf. This issue must be addressed as the industry moves toward more sustainable methods that reduce the energy consumption and emissions from offshore production. In this study, the application of Cold flow technology was evaluated as an energy-efficient flow assurance method for controlling the hydrate formation in offshore hydrocarbon production systems.