Catalytic Microchannel Array Propulsion Mechanism ID: 2014-093

A novel propulsion mechanism that utilizes chemical decomposition within a catalytic microchannel array to propel small objects like underwater vehicles and satellites.

Technology Overview

This propulsion mechanism is designed around a high surface area structure that significantly enhances the chemical decomposition process, providing efficient thrust for small-scale applications. By leveraging a catalytic microchannel array, the technology facilitates intimate contact between chemical fuel and catalytic structures, enabling a highly efficient decomposition reaction that is particularly suited for compact propulsion applications in military and space sectors.

Key Advantages

• Enhanced chemical decomposition efficiency through high surface area catalytic structures
• Compact and scalable design suitable for small objects, including underwater vehicles and satellites
• Utilizes platinum nanowires on carbon nanotube filters for improved hydrogen peroxide decomposition
• Significant advantages over existing propulsion technologies in terms of size, efficiency, and application flexibility

Problems Addressed

• Limitations of existing propulsion mechanisms in small-scale applications
• Inefficiencies in chemical fuel decomposition in traditional propulsion systems
• Challenges in achieving high thrust efficiency in compact propulsion devices

Market Applications

• Military applications, including unmanned underwater vehicles and compact drones
• Space exploration and satellite deployment, offering efficient propulsion for small satellites
• Potential civilian applications in underwater exploration and compact transportation devices

Additional Information

Technology ID: 2014-093
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Date Published: 07 May, 2025