Offshore support vessels, also known as sea support vessels (SSVs) and shore support vessels (BSVs), are a critical part of the global energy market. These vessels are required to regularly support onshore operations in an oil rig. These vessels also play a vital role in gathering oilfield data and reports that are used by engineers, geologists, surveyors, and oil companies for resource exploration and geophysical studies. Offshore support vessel on-board fuel monitoring system market requires a robust, flexible, and integrated onboard system that can provide accurate status reports in real-time that can be acted upon quickly and easily.
Basic offshore support vessel on-board fuel monitoring system applications include tracking position and dynamic positioning of the vessel and collecting data such as vessel speed, position, direction, and azimuth. More complex applications include multiple navigation solutions to include interfaces with external databases and software packages. Some of these systems include simulation of vessel engines, the transmission of engine diagnostics and performance information to the source computer, generation of fuel bills, billing of fuel use, optimization of engine efficiency, and availability of spare parts on-site. Some of these applications can also forecast the demand for petroleum products, make inventory, and forecast demand. All of these services are crucial to the effective operation of the offshore support vessels industry. Such advantages aid in the growth of the offshore support vessel on-board fuel monitoring system market.
Offshore support vessel on-boards fuel monitoring systems provide on-board information needed to optimize the efficiency and optimize the safety of the offshore oil drilling operations. Many of these applications are capable of providing real-time data to the control room or command center through a net connection. This facilitates the onboard technician to rapidly access vital information needed during a particular response situation. Many of these technologies are designed to integrate with other pertinent data to provide up-to-date and accurate information in real-time. The most popular applications include:
- Fleet Fuel Utilization
The fuel consumption of offshore support vessels is critical to the efficient performance of the drilling operation. An effective fuel monitoring system provides the necessary information to optimize fuel consumption and maximize productivity. These applications measure fuel consumption through the use of sensors that are fitted beneath the ocean-going vessels or GPS-based systems. These sensors available in the offshore support vessel on-board fuel monitoring system market gather data from the vessel's onboard computer system, which is then transmitted back to the computer network.
- Offshore Subsea Fuels
An off-site fuel station is essential for offshore vessels. Offshore vessels require reliable and prompt access to fuel as well as for an efficient operation. A dynamic positioning system that can determine the location of vessels will greatly help in this process. Offshore vessels normally travel at high speeds and deep underwater. Through the use of dynamic positioning, the exact location of the on-site fuel station can be determined.
- Oil Recovery
Offshore support vessels engaged in offshore oil exploration and production require highly efficient and timely delivery of petroleum fluids. To conduct oil recovery operations safely and efficiently, a vessel's onboard engine has to be capable of operating within various tolerances. An Oil Recovery System monitors oil flowing from the well and directs it to a transfer device that transports it to a storage tank. This oil recovery system available in the offshore support vessel on-board fuel monitoring system market also determines the rate at which the oil is being drained and provides regular reports on oil levels.