Protect Submarine Cables from Seismic Activity
Method of Determining Optimal Laying Arrangement of Infrastructure Link
Tags: City University of Hong Kong, Hong Kong, Infrastructure, Utilities & Communications, Security & First Responders
This technology automates the planning of critical infrastructure links like oil pipelines and submarine cables, optimizing them for seismic resilience. It models terrain and infrastructure, applying cost functions to determine the most durable laying arrangement, minimizing damage from natural disasters. The method enhances link stability, reduces repair costs, and bolsters economic and social resilience. Applications include oil, gas, water, telecommunications, and electricity networks, ensuring reliable service during disasters. This innovation promises improved safety and efficiency in infrastructure development across seismically active areas.
IP Type or Form Factor: Patent Granted; Process & Method
TRL: 3 - proof of concept with needs validated
Industry or Tech Area: Infrastructure & Utilities; Disaster Management & Recovery
