The US military knows that its branches should revamp their thinking about how to engage in “the theater of war” in the new, post-Cold War world with the 21st century. A single thing that the army leaders stress may be the desire for that forces deployed in the theater to become in a position to be much more energy-independent. Currently the US army has policies and procedures in place to interact with allies or sympathetic nearby populaces to help its forces in the area get their needed energy and clean water when engaged in a foreign army campaign. However, this isn’t wholly reliable, as the US may well discover itself facing unilateral military activities, or have itself in a situation where its allies can’t assist it with the resources it requirements to conduct its military actions successfully.
The US army is very enthusiastic about certain Renewable Energy that, using the right study and development technologically, can make it energy independent, or at least an excellent deal more so, on the battlefield. Among the things that greatly interests the military along these lines is the improvement of small nuclear reactors, which could be portable, for producing theater-local electrical power. The army is impressed with how clean-burning nuclear reactors are and how power efficient they’re. Creating them portable for that typical warfare of today’s highly mobile, small-scaled army operations is some thing they’re researching. The most prominent point how the US army thinks these little nuclear reactors will be helpful for involves the removal of hydrogen (for fuel cell) from seawater. It also thinks that converting seawater to hydrogen energy in this way would have much less negative impact about the atmosphere than its present practices of remaining supplied out within the field.
Seawater is, in fact, the military’s highest interest when it comes to the matter of energy supply. Seawater could be endlessly “mined” for hydrogen, which in turn powers sophisticated energy cells. Using OTEC, seawater can also be endlessly converted into desalinated, potable water. Potable drinking water and hydrogen for energy are two of the points that a near-future deployed military force will require most of all.
Within the cores of nuclear reactors—which as stated above are devices extremely interesting, in portable form, towards the US military—we encounter temperatures higher than 1000 degrees Celsius. When this degree of temperature is mixed with a thermo-chemical water-splitting process, we have on our hands the most efficient means of breaking down drinking water into its component parts, that are molecular hydrogen and oxygen. The minerals and salts that are contained in seawater would need to be extracted via a desalination procedure in order to make the way clear for the water-splitting procedure. These could then be utilized, such as in vitamins or in salt shakers, or merely sent back to the ocean (recycling). Utilizing the energy of nuclear reactors to extract this hydrogen from the sea, in order to then input that into fuel cells to power advanced airplanes, tanks, ground automobiles, and the like, is clearly higher about the R & D priority list of the army.
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