Enhancing the Optimal Fleet Management and Offshore Marine Operations in Subsea Resource Technologies

In the oil and gas industry, where offshore platforms play a crucial role in exploration and production, efficient supply vessel operations can significantly affect overall project costs and productivity. The development of models capable of minimizing transportation costs can improve the economic feasibility of offshore projects and increase their profitability. The model and methodological provisions proposed in this paper have broader implications for optimizing the performance of supply vessels in various maritime industries. By considering factors such as cargo capacity, platform bypass options, and demand for transportation support, the model can be applied to various offshore activities, including oil and gas exploration, marine research, renewable energy projects, and underwater construction. In addition, taking weather conditions into account in the model as a determining factor allows for more effective risk assessment and planning, contributing to improved safety and reliability of vessel operations. Optimization of ship routes and schedules taking into account the weather forecast allows minimizing the probability of accidents and delays due to adverse conditions, leading to improved operational efficiency. In addition, the model allows environmental factors to be taken into account, which contributes to the sustainability of the maritime industry and enhances the safety and reliability of ship operation. Overall, the contributions of this paper provide a valuable framework for optimizing the performance of supply vessels in various offshore applications, contributing to a safer, more cost-effective and environmentally friendly approach to maritime activities. As technology and the offshore industry continue to evolve, further research and refinement of such models will play an important role in improving the efficiency and sustainability of offshore operations worldwide.