Hong Kong Marine Traffic Modelling & Navigation Risk

CONTEXT

As vessel traffic increased across Hong Kong waters, authorities needed to maintain safe navigation while accommodating new infrastructure, land reclamation and future growth. Operating within one of the world's busiest maritime environments required a deeper understanding of future traffic patterns and navigational risk.

CUSTOMER CHALLENGE

How do you support future growth while maintaining safe and efficient marine operations?

Decision-makers needed to understand how increasing traffic volumes, new infrastructure and changing vessel movements could affect navigational safety, operational performance and future development plans.

OUR SOLUTION

Using DYMITRI, BMT's predictive marine traffic modelling and simulation capability, we modelled future vessel traffic patterns, assessed collision risk and evaluated the impact of major planned infrastructure developments across Hong Kong waters. By simulating future operating scenarios and progressive dynamic marine traffic risk, we helped authorities understand traffic constraints, assess navigational risks, evaluate development options and make informed decisions about long-term maritime growth and infrastructure planning.

• Dynamic marine traffic impact assessment
• Future vessel traffic modelling and forecasting
• Navigation risk assessment
• Infrastructure impact assessment
• Capacity planning
• Strategic decision support

OUTCOME

DYMITRI provided authorities with a robust evidence base to assess future traffic growth, infrastructure impacts and navigation risks. The work supported safer planning decisions, reduced uncertainty around future developments and helped maintain operational confidence in one of the world's most complex maritime environments.

Questions We Helped Answer

UNDERSTAND

• What emerging operational risks are we not yet seeing?
• How will future traffic growth affect navigational safety?
• Where are future collision risks likely to emerge due to new marine civil infrastructure and denser traffic flows?

EVALUATE

• What are the implications of new infrastructure and land reclamation?
• How resilient are future operating scenarios and risk controls?
• What additional mitigation measures may be required?

DECIDE

• How can we support future growth while maintaining safety?
• Where should future investment and operational improvements be prioritised?
• Are we making the right long-term decisions for the waterway?