Fuel Command - Seaward Automation

Fuel Command: a proprietary Automated Fuel Transfer System

Seaward Automation’s proprietary Fuel Command automates the movement and management of fuel on vessels with multiple storage tanks. Our proprietary system “integrates” sensors, controllers, and logic to control pumps and valves to ensure precise and safe fuel distribution while underway or at port, reducing human error and enhancing the operational safety of vessels of any size. From commercial fleets to private yachts, integrating an automated fuel transfer system on pre-existing vessels or new-builds not only streamlines vessel operation but also reduces environmental hazards such as spillage of fuel overboard during fuel transfer or vessel refueling.

Key Features and Benefits

Automated Fuel Movement

Continuous monitoring and control of fuel transfer pumps, directional valves, and fuel levels across multiple tanks, allowing for uninterrupted operation and distribution of fuel onboard, based on real-time vessel demands.

Enhanced Safety Measures

Robust sensors and controllers using real-time feedback to prevent spills, overfills and leaks during fuel transfer and refueling operations.

Operational Efficiency

By automating fuel transfer processes, human error is minimized, saving time, reducing environmental hazards, and enhancing overall vessel performance and reliability.

Environmental Protection

Significantly reduce the risk of fuel spills and leaks to improve environmental sustainability and aiding in compliance with stringent maritime regulations.

Safety Aspects and Spill Prevention

Advanced Sensors

Highly-sensitive sensors located in and around fuel storage tanks continuously monitor fuel levels and other critical points with precision, providing accurate data for real-time fuel management control and visualization.

Spill Prevention Mechanisms

Redundant fail-safe mechanisms are incorporated to prevent spills and overfills. Including:

Automatic Shut-Off: Pumps automatically start and stop transferring fuel when tanks reach pre-defined levels, preventing overfilling.
Leak Detection: Real-time monitoring detects potential leaks or anomalies, triggering alarms and initiating corrective actions and system shutdowns.

Automated Controls

Redundant controllers work as a system to interpret sensor data and supply logic-based program information to regulate fuel transfer operations between tanks and engines, ensuring safe operational parameters are maintained.

Remote Monitoring

Capability for remote monitoring and control, allowing captains and operators to oversee fuel transfer operations from a distance for added convenience and safety.

Fail-Safe Mechanisms

Incorporating redundant fail-safe features such as automatic shut-off valves and alarms triggered by abnormal conditions to prevent accidents.

Compliance Assurance

Ensuring adherence to environmental regulations and safety standards with automated checks and balances built into the system.

Applications

Automated Fuel Transfer Systems are invaluable across various maritime sectors, streamlining and adding levels of safety to numerous marine sectors, including but not limited to:

pleasure craft

Simplify vessel operation on extended trips by eliminating the time-consuming transfer of fuel and reducing vessel downtime.

Sport Fishing Vessels

Automatically transfer fuel from a complex array of tanks to eliminate manual fuel transfers during tournaments or extended trips.

commercial Vessels

Manage the movement of fuel from large bulk storage tanks for main engines, generators, and other fuel-burning supporting equipment on commercial vessels.

System Design & Implementation

Seaward Automation’s proprietary Fuel Transfer Systems are invaluable across various maritime sectors, streamlining and adding levels of safety to numerous marine sectors, including but not limited to:

New Vessel Manufacturers

System implementation and product specification for vessel manufacturers, ensuring seamless integration in new vessel construction.

Retrofit Of Existing Vessels

Tailoring the system to suit specific vessel configurations, such as fuel tank layout, type and number of pumps, as well as directional control valves.

Training

Provide comprehensive training for OEMs and vessel owners on proper automated system operation and maintenance.

Regulatory Compliance

Verify that the system meets all applicable international maritime regulations and safety standards to ensure legal compliance and operational reliability.