A Study on the Improvement of the ROK Army Field Fuel Storage System through a Comparative Analysis of MIL-T-52983G and Contingency Fuel System Design Guidelines

This study compares and analyzes the U.S. military’s MIL-T-52983G standard and the Fuel System Design Guide for Contingency Operations to explore improvement measures for the Republic of Korea (ROK) Army’s field fuel storage system. MIL-T-52983G stipulates the design, material, and testing requirements of collapsible fuel tanks to ensure durability and fuel compatibility, while the guide presents procedures and safety standards for the deployment and operation of field fuel farms. A comprehensive review revealed that the current ROK system, which relies on drums and fuel trucks, has limitations such as insufficient storage capacity, vulnerability to climate and terrain conditions, and inadequate maintenance and monitoring. Accordingly, this study proposes the introduction of modular fuel systems, automation of monitoring and maintenance based on IoT technologies, and indigenization through the participation of domestic defense industries. These improvements are expected to enhance the sustainability and safety of fuel supply, strengthen interoperability with allied forces, and contribute to the advancement of the domestic defense industry.