Seismic Considerations for Pallet Racking

Written by

The Designfire

13 November 2023

•

2 min read

Attention Warehouse Managers! Given NZ's seismic activity, it's crucial to ensure our pallet racking systems are up to standard. Recent tremors have shown the risks of outdated racks. Stay compliant, prioritize safety, and consider upgrading to advanced seismic solutions.

A Nation on the Move: The Seismic Challenge
New Zealand’s location in the Pacific Ring of Fire, renowned for its active tectonic plate boundaries, results in significant seismic activity. This natural phenomenon not only affects the landscape and infrastructure but also brings unique challenges to warehouse management, particularly concerning pallet racking. As recent tremors remind us, ensuring the stability of stored goods in such an environment is paramount.

Pallet Racking Vulnerabilities: Recent Incidents
There have been instances across the country where inadequately designed or outdated pallet racking systems have failed during minor quakes. This not only leads to financial losses due to damaged goods and equipment but also poses a serious risk to human safety. The implications are clear: businesses must assess and, if necessary, upgrade their storage solutions to withstand the seismic forces specific to their region.

Standards and Compliance: Keeping Up with Regulations
In light of the unique challenges presented by New Zealand’s seismic activity, local regulatory bodies have established guidelines and standards for pallet racking systems. The New Zealand Standard (NZS) 1170.5:2004 focuses on the structural design actions for earthquake actions in New Zealand. Adhering to these standards is essential. Furthermore, regular inspections, maintenance, and ensuring installations are done by certified professionals will go a long way in ensuring safety and compliance.

The Road Ahead: Embracing Innovation and Vigilance
Many companies are now turning to advanced seismic pallet racking solutions that are designed to flex and move with an earthquake rather than against it. The integration of innovative materials, technology, and design principles promises a safer future for warehousing in earthquake-prone regions. But while these advancements are promising, the onus also lies with warehouse managers and business owners to remain vigilant, continuously assess their systems, and prioritize safety over cost savings. In a nation as geologically dynamic as New Zealand, preparedness is the best defense.