Feasibility of an integrated power and propulsion system for kinetic kill vehicles will be examined. This will involve numerical analysis as well as experimental testing. Common rocket fuels will be used in a fuel cell to test the viability of an integrated fuel cell and rocket engine. Of particular interest to Swift Enterprises, Ltd. is the use of hydrogen peroxide. To test this, an aluminum hydrogen peroxide semi-fuel cell prototype will be constructed and tested. Other fuels and oxidizers will be examined as possible candidates in the study. Anticipated Benefits/Commercial Applications: This innovation has potential to improve and power and propulsion systems on board missiles. The integration of these two systems allows for a more compact space that can be utilized for greater payload or fuel storage. In addition to military uses, the examination of novel fuel cell components may lead to more practical fuels for use in the automotive industry. Launch vehicles will also need more efficient power systems which can make use of the same fuel as is used to reach orbit. Other applications include advanced fuel cells for underwater vessels. Some of these are currently using aluminum and hydrogen peroxide.
Keywords: integrated power, hydrogen peroxide, lightweight, semi-fuel cell, chemical propulsion, non-toxic, aluminum electrode, power systems
