Battery-Powered, Mobile Atmospheric Plasma Surface Preparation System

This project aims to develop a fully portable atmospheric plasma surface preparation system designed for use in remote and resource-constrained environments. The system integrates battery operation and an onboard compressed air tank, enabling it to be deployed directly to assets in the theater of operation without the need for external infrastructure such as power or shop air. This self-sufficient design eliminates the need for tethered electrical or compressed air lines, significantly enhancing operational flexibility and efficiency. By allowing maintainers to perform surface preparation directly in the field, the system not only saves valuable time but also reduces the need to remove assets from their operational environment. Phase I of the project will focus on evaluating battery options, modifying the system for optimal performance, and validating its effectiveness under simulated real-world conditions. The work will emphasize critical aspects such as energy efficiency, adaptability, and sustainability, ensuring that the system meets the rigorous demands of military operations in challenging environments.á