why tesla turbine is not used

To achieve the ultimate in performance for all our products, as the global leader in FRP Pressure Vessels for water purification, our passion for engineering and machinery has led us to research all kinds of innovations throughout history. This week, Protec discovered an invention developed more than 110 years ago. Can we use it today to improve our desalination process?In the early 1900s, the world saw the development of piston engines in automobiles. But the technology is still in its infancy, and internal combustion engines are far from reliable. In an attempt to compete with the increasingly popular piston engine, Nikola Tesla – one of the most influential figures in the history of science and technology – developed an efficient bladeless turbine in 1904. Tesla sincerely believes that his turbine will not only provide higher efficiency, but also lower production costs than other engines. momentum between the liquid and the disc. For example, the main difference between the Tesla turbine and the turbine used today to propel jet aircraft is that instead of using curved blades like that of a windmill, it creates motion through smooth and parallel discs. evenly placed on one axis, just like a CD is placed. You can check here for more details: Read more: Gone with the Wind: Dispersing Plant Seeds if Tesla’s invention is officially deemed a failure, we can’t ignore that the final design His last was running at 3,600 rpm, making 675 hp. How can such an ingenious invention as simple be exempted from useful applications? Why isn’t the Tesla Turbine more widely used? The brilliant Serbian scientist did not manage to effectively commercialize his turbine. The bad press caused by his rivals, combined with the fact that major power companies have invested heavily in propeller turbines, has prevented Tesla from attracting key investors. On top of that, although Tesla predicts up to 97% efficiency for its machines, the reported efficiency tends to be around 40%. For example, the cost of manufacturing the disc is much lower than that of the propeller, and the overall design is much simpler: its construction is easier than that of a traditional turbine. Additionally, Tesla’s device can be used for a wide variety of liquids without causing much damage to the disc, and that’s where the potential use of desalination comes into play; In fact, this represents a key feature when considering the potential use of this technology in desalination processes. viscous liquids, non-viscous liquids and other types of liquids. In addition, the flow in the turbine can be reversed into a pump, to protect the disc from cavitation problems that often affect traditional vane turbines. Read more: why do dogs eat rabbit poop | Top Q&AN However, the great inventor did not see his turbine as the end but as a way to replace the piston combustion engine with a more efficient, reliable and cost effective engine more based on his groundbreaking technology. One by one, these amazing capacities lead to potential applications of Tesla turbines in generating power from geothermal steam and industrial gases, as well as wind turbines. Then why not sea water? How can a Tesla turbine act as a desalination device? In fact, it works like a vacuum pump. The principle is to reduce the pressure in the seawater tank and bring it to a boil. The steam generated in this reaction passes through the Tesla turbine, to be condensed into distilled water as it exits the other side of the turbine. Maybe, one day, this invention made more than 110 years ago could completely change the way we produce safe drinking water, power or mobility. , because we believe innovation is the only way to secure future supplies of drinking water. Our state-of-the-art FRP pressure vessels for membrane filtration used in desalination processes around the world are the best proof of our environmental commitment. Visit us and discover the latest technology for pressure vessels and racks: we want to be the partner of your choice.Read more: Why is my body suddenly rejecting meat