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Summary is AI-generated, newsdesk-reviewed
  • ABS approves SHI's wireless fire and gas detection system for maritime safety enhancement.
  • SHI’s design uses vessel’s metal for power, overcoming typical signal interference issues.
  • System promises reduced cabling, increased scalability, and stable communication in ship environments.

Samsung Heavy Industries (SHI) has received approval in principle (AIP) from the American Bureau of Shipping (ABS) for its innovative wireless fire and gas detection system.

This ground-breaking system is designed to enhance safety in maritime operations by using a ship's metal structure for signal transmission, rather than relying on traditional power cables.

Advancements in safety technology

Traditional fire and gas detection systems typically transmit signals via power cables to a central control panel. SHI's new design utilises the vessel's metal framework as a low-voltage power transmission medium, converting signals from fire detection and alarm devices into magnetic waves.

These waves are then wirelessly transmitted using the metal surface of the ship, improving the efficiency and reliability of safety signals.

Innovative design approach

The new approach from SHI offers a solution to common issues faced by conventional wireless systems

The new approach from SHI offers a solution to common issues faced by conventional wireless systems, such as shadowing, signal interference, absorption, and reflection.

According to Patrick Ryan, ABS Senior Vice President and Chief Technology Officer, the design not only minimises the need for extensive cabling, but also provides greater flexibility and scalability within these critical systems.

"This is a unique approach from SHI," stated Patrick Ryan, emphasising its potential benefits.

Technical validation

ABS has conducted thorough technical reviews in line with the goal-based standards framework detailed in the ABS Rules for Alternative Arrangements, Novel Concepts, and New Technologies.

This development underscores a significant step towards implementing dependable wireless communication systems on vessels.

Future prospects in maritime safety

Haeki Jang, Executive Vice President and Chief Technology Officer of SHI, noted the project's success in demonstrating stable, wireless communication performance using surface wave technology in complex ship environments.

"By applying surface wave technology to Fire & Gas Detection Systems, we have demonstrated stable and wireless communication performance even within sophisticated vessel environments," explained Haeki Jang, adding "Based on this achievement, SHI will continue expanding wireless applications to enhance safety, efficiency and operations in maritime."

Industry guidance and research

ABS remains committed to guiding the marine and offshore industries with its research and insights, supporting technological advancements to improve operational safety and efficiency.

This latest approval for SHI's wireless detection system signals a promising future for innovative safety solutions in maritime operations.

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