Long Beach Container Terminal Shortlisted for 2026 TT Club Safety Award With Overhead Load Protection System
Long Beach Container Terminal (LBCT) has been shortlisted for the 2026 TT Club Innovation in Safety Awards for its Overhead Load Protection System, designed to address significant risks in its extensive on-dock rail operations. LBCT operates more than 48,000 feet of rail track — about 14.6 km — making it one of the largest on-dock rail yards in North America. The site runs continuously, with train movements, container loading and discharge, inspections and maintenance often taking place simultaneously.
Containers are handled by six Intermodal Yard Cranes spanning eight working tracks, while ground personnel operate a wide range of vehicles and equipment. As outlined in the award submission: "There is significant risk to ground personnel when cranes are operating and passing over head." Risks include falling objects such as twist locks and debris, as well as components from the crane itself. LBCT engineered an innovative protective canopy and detection architecture to mitigate these hazards.
The system combines sensors that track crane motion with physical overhead load barriers, establishing a multi-layer defence between ground personnel and elevated loads. The solution both reinforces existing personal protective equipment protocols and preserves operational efficiency. LBCT's approach offers a benchmark model for intermodal rail safety at Pacific coast container terminals.
Key Takeaways:
1. Long Beach Container Terminal is among the 2026 TT Club Innovation in Safety Awards finalists with its Overhead Load Protection System.
2. LBCT operates one of North America's largest on-dock rail yards with more than 14.6 km of rail track.
3. Six intermodal yard cranes handle containers across eight working tracks.
4. Falling twist locks, debris and crane components are the key risk factors for ground personnel.
5. The system combining sensors with physical barriers offers a benchmark model for intermodal rail safety.
