Hydrofoil Scheme to Capture H2 and Feed the Gas Into the Engines for Propulsion

When two atmospheres of a variety of density come together, at that point, there is a transitional boundary layer, a location where the molecules are interacting, recombining, a location exactly where ionic bonding is taking location or coming apart. It just so takes place here on Earth that two-thirds of our surface on this planet is covered with water. And exactly where that ocean water meets the air, there is a boundary layer where H2O molecules are unhooking themselves.

In this place in time there is an abundance of H2, a molecule which can be made use of as fuel to propel a human made devices, it may be employed for pumps on oilrigs, power to run the generators on a cruise ship, or even to run a high-speed skimming vessel, speedboat, hydrofoil, or floatplane. Now then, how would you go about designing such a method to collect, trap, or gather up that H2 which is 3 times even more prevalent in that boundary layer than in the standard atmosphere? Beneath are some thoughts on a design I lately came up with

We use hydrofoil strakes we design a shovel which bunches up the water, only at the surface, which rides up and down along the hydrofoil strake as the strake penetrates each and every wave moving forward. The shovel bunches up the water at the beginning of the wake, and we collect the air from just in front of the wake exactly where it is calm, then we don't have to be concerned as significantly about the water vapor, however there will be some which is collected.

Okay so, we use a Bernoulli trick and allow a turbine style, jet engine shaped device run from relative wind to suck in the air, but enable the water vapor, much heavier to blow about the intake, just as the sand blows about a helicopter jet engine, working with Boeing's style for the Apache. Then tubes are attached to the hydrofoil strake taking the H2 up to the engines, along the way and water vapor left that inadvertently makes it into the program or is collected is discharged utilizing various tricks of physics such as membranes, or a interior strakes in the tube causing the H2 to flow in a spiral, therefore the water molecules are forced outward.

This is one idea that human style engineers "could" explore, I feel it's workable, but if it is not it absolutely has other uses, does not it such as, environmental remediation or a spinning device to mix paint, with special coatings for instance. Recall it's all just chemistry, physics, and fluid dynamics, absolutely nothing truly all that special, nonetheless abundantly valuable with a number of applications. Just thinking out loud, I am sure I will have significantly more ideas to pitch soon, as I see this concept as rather intriguing.

Of course, this is only 1 design, there could be endless designs, some alot more effective and feasible than others of course. At some point mankind demands to harness this power, collect it, and use it simply because it is efficient, for the reason that it is there, and given that it is cost-free - so why not? Indeed I hope you will please give consideration to all this, and if you have any ideas, concepts, or research along this line of thinking. I ask that you shoot me an e-mail.