Sentences with phrase «vortex engine»
A vortex engine is a device that uses swirling air or fluid to create power or propulsion. It works by creating a rotating column of air or fluid that can be harnessed for various purposes such as generating electricity or providing thrust for aircraft. Full definition
Mr Michaud estimates that an atmospheric vortex engine with a diameter of 200 metres would produce around 200 megawatts of power.»
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He says down the road, hundreds of vortex engines could be located in the ocean along the equator, where the warm tropical water would provide an endless source of energy.
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His challenge now is to persuade venture capitalists, energy executives and at least one community to back the construction of a full - scale vortex engine, capable of producing a power - packed funnel cloud that stretches kilometres into the atmosphere and runs on waste heat, ideally from a power plant.
The atmospheric vortex engine exploits the natural energy content of the vortex produced during upward heat convection in the atmosphere.
Based on specific work of 10 kJ / kg of air, a 200 - MW vortex engine will have a heat input of 1,000 MW (remember, this is waste heat) and airflow of 20,000 kg / s.
Inspired by the process that creates natural twisters, electrical engineer Louis Michaud of Canada's AVEtec Energy Corp. designed a nonpolluting source of swirling power he calls the Atmospheric Vortex Engine.
Photo of a cooling tower touched up to show the appearance of a future atmospheric vortex engine.
«If there's enough energy in warm seawater to produce a hurricane,» Michaud says, «there's enough energy to run a vortex engine.»
Instead of directing excess heat into conventional cooling towers that simply disperse it into the air, power plants could usher the heat into the hollow, open - topped tower of a vortex engine.
When hooked up to the average 500 - megawatt natural - gas or coal power plant, the vortex engine could produce an extra 200 megawatts of energy just by putting the excess heat to use.
The vortex engine could also run on heat sources other than power plants.
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An Atmospheric Vortex Engine (AVE) uses an artificial vortex to capture mechanical energy produced when heat is carried upward by convection in the atmosphere.
FAQ - Frequently Asked Questions about the Atmospheric Vortex Engine Various presentations describing the Atmospheric Vortex Engine
Louis Michaud, a Canadian engineer, has developed the «atmospheric vortex engine» — a device that he believes can capture and control energy stored in artificial tornadoes.
Asked whether he'd accept a vortex engine in his own community, Renno replied: «No, not close to my house» — at least not until the concept is proven.
Michaud argues that the power of the vortex engine could be turned down, or shut off completely, by limiting the amount of air flow into the base of the funnel.
On a commercial scale, the plant would require a heat host, such as a power plant, that could provide the vortex engine with a constant supply of hot water «fuel.»
He also dismisses any idea that his vortex engine would be loud and menacing, pointing out that tornados make noise and become more destructive as they draw debris into their funnels.
Here's how it works: Waste heat, a byproduct of any fossil fuel or nuclear plant operation that is typically vented into the air through cooling towers, is carried by water pipe to a vortex engine facility nearby.
Michaud has adapted this process to create what he calls a vortex engine, and has patented the invention in both Canada and the United States.
Michaud estimates that one of his vortex engines would cost less than one quarter the cost of a coal plant, and that's excluding the cooling tower benefits and the fact that no ongoing fuel expenses are needed to keep it going.
It's not likely we'll be seeing tornado generating stations operating in Toronto anytime soon, but Michaud's vortex engine is drawing attention, and has already attracted some research funding from the Ontario Centres of Excellence.
The vortex engine, by contrast, would be kept stationary in its arena and only draw in debris - free air, making it far less visible than a typical tornado.
We continue to build small scale experimental models demonstrating the operating principle of the atmospheric vortex engine.
An atmospheric vortex engine (AVE) uses a controlled vortex to capture mechanical energy produced when heat is carried upward by convection in the atmosphere.
The atmospheric vortex engine is capable of performing this energy transformation process...
The vortex engine has the same thermodynamic basis as the proven solar chimney except the physical tube of the solar chimney is replaced with centrifugal force.
The Atmospheric Vortex Engine might be able to create and maintain a stable version of that.