Brooks speculated that what is going on is that the highly pressurized air streams are banging particles together and against the sides of the Windhexe in a speeded-up version of the way lapidaries polish gems in a tumbler.
Other scientists said that as the air is forced down the funnel at the bottom, the pressure and speed have to increase proportionally, the same way a stream of water builds up pressure and shoots out farther from a hose when you put your thumb in the way.
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“It may just be a very efficient way to knock things into walls very fast,” Brooks concluded. “Fast, but in a gentle way — not like a cannon into a wall.”
SkepticJ said:Why would you do that? Its intended purpose isn't in energy production.
The question is how does it stack up against other methods of grinding/chopping things to powder, as far as energy use goes? Longevity could be in its favor--no blades to go dull.
The internal abrasion is a good point. When grinding anything harder than biological materials, the inside should probably be coated in a really hard alloy, or that recently developed shatterproof ceramic.
The WindHexe, also known as the Vortex Dehydrator, is a machine that uses centrifugal force to separate water and solids from various substances. It works by creating a powerful vortex inside a cylindrical chamber, which causes the heavier particles to be forced to the outer edges while the lighter particles, such as water vapor, are drawn out through the top.
The WindHexe can be used for various purposes, including drying and separating solid materials such as food, chemicals, and minerals. It is also commonly used for extracting water from substances, including fruits, vegetables, and meat, to create dehydrated products.
The WindHexe is different from other dehydrating methods because it does not use heat or pressure to extract water from substances. Instead, it uses centrifugal force, which is a more gentle and efficient process that preserves the nutrients and flavor of the material being dehydrated.
Yes, the WindHexe is considered to be an environmentally friendly option for dehydrating and separating materials. It does not produce any harmful emissions or waste, and it uses a minimal amount of energy compared to other dehydrating methods.
Yes, the WindHexe can be used for large-scale production. It is designed to be scalable and can be used in various industries, including food processing, pharmaceuticals, and mining. Its efficiency and gentle process make it a viable option for producing large quantities of dehydrated or separated materials.