Is there ways to use frequency waves to change the molecular viscosity and occurrence of the combined molecules that produce up a fluid or fuel inside a pipe? Can we try this without completely breaking down the molecular ties, and enjoy with the molecules at the nuclear level for brief amounts of time? I believe we should manage to try this, and that possibly we may manage to get a grip on the movement inside a pipe; for instance normal fuel, oil, water, and other chemicals.  China Molecular Sieve

In doing this we can reduce stress breaks in areas wherever there are extreme vortex moves or near arms in the pipe or changes in way or elevation. In fact, we may manage to get a grip on the movement completely by giving radio waves, sonar, microwaves, or even possibly lasers at specific factors along the pipeline. Indeed, this could even become more apropos as carbon nanotube composites be much more available, and are utilized on pipelines.

You may already know on gross oil pipelines there are problems with deterioration and decay from the sulfur content, these sorts of points consume the pipeline. And this causes problems for maintenance, durability, and undoubtedly environmentally friendly component. After all whenever there is a pipe separate it sure makes a mess, and that item is not able to get to advertise, that causes hell with the supply-chain, and cost of the commodity.

The only real issue will be the power component involved, although in case of pipelines coming over a mountain, the liquid on the road down can be utilized to turn little Hydro like machines to power up the frequency system. By aligning the molecules we can possibly get an increased movement, wherever we need it many, and by scrambling the molecular positioning, we will decelerate the movement, thus we will completely get a grip on the movement and pace at will. Probably we may decelerate the liquid to focus on a ahead little bit of pipe, and then let it go back to pace after that part is done, and the liquid can then go through.

Being able to get a grip on the liquid inside a pipe has great benefits regardless of form of fluid. Now then, we're all aware of the problems with water mains, long water pipes, as well as gross oil. Just in 2010 we'd a major gross oil pipe separate in the trans-Canadian pipe, and we'd this season a major normal fuel line which broke in California, and another in 2011 in Pennsylvania. Envision if those didn't require to occur, and we'd more get a grip on of the liquid inside, whether it be fuel or liquid.

Probably we should be performing study and progress on this kind of technology to correspond with the near future resources that'll allow us to complete it. Remember carbon nanotubes certainly are a great conductor of electricity, and the inner of such pipes might be painted with some type of ceramic, and we will be able to control the frequency, temperature, and a number of points inside the pipe as a result of future new materials. Please contemplate all of this and think on it.