Low Temperature Vapor Engine: Vapor Engine at Natural Ambient Temperature : Stea...

Heat Converter to Mechanical Motion

Low Temperature Vapor Engine: Vapor Engine at Room Temperature : Vapor Engine at Natural Ambient Temperature : Steam Machine at Room Temperature : Conversion of thermal energy into kinetic energy...

Vapor Engine at Natural Ambient Temperature : Steam Machine at Room Temperature

Low Temperature Vapor Engine

This device relates to a steam engine, working with a very e small differential temperature, around( 68°F.to86°F.) 20 ° to 30 ° Celsius or more. This difference is large and andavailable, in the natural environment, land, sea, ocean, river, lake, etc. This device save fuel and reduces pollution obvious…..

See also   Heat Converter to Mechanical Motion
OPERATION (Rankin cycle)….

This device comprises at least one heating compartment (1), generating a high pressure gas, a vacuum chamber and condensation (4). Between these two elements, the converter pressure- work (T) is coupled to the load (A) which can be an electric generator, propeller or any other load element…. Compartment (2) contains a fluid, vapors released through the converter (T) is condensed in compartment (4). Cooled by cooling circuit (5) the condensation chamber, the fluid in circuits (1&5 can be water or any heat carrier, (P2) circulation pump. The fluid in circuits (2&4) is usually used in refrigerators circuits, (example – propane, ammoniac or any fluid possessed a high pressure variation at a low differential temperature)….

Element (1) provides warm radiant heat input, contains water or other suitable liquid, (P1) provides circulation of the liquid. Element (1) provides the heat input by radiations; differentiate of (54°F.) 25 degrees Celsius between (1 & 5) is enough to make the system work! Pump (3) ensures the transfer of cold liquid from container (4) to container (2)…

Applications:

Engines of :Boats, Electric generators, Cars, Trucks, Trains, Buses, etc ...This can replace advantageously, most of the , internal combustion engines, which they have the principle goes back to the beginning of the 20th. century!

Francois Kneider: <   kneiderf@gmail.com

Downstream of a thermal power plant

 

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EN DIRECT - videos.arte.tv
       Low Temperature Vapor Engine

This device relates to a steam engine, working with a very e small differential temperature, around ( 68°F.to86°F.) 20 ° to 30 ° Celsius or more. This difference is large and andavailable, in the natural environment, land, sea, ocean, river, lake, etc. This device save fuel and reduces pollution obvious…..

OPERATION (Rankin cycle)….

This device comprises at least one heating compartment (1), generating a high pressure gas, a vacuum chamber and condensation (4). Between these two elements, the converter pressure- work (T) is coupled to the load (A) which can be an electric generator, propeller or any other load element…. Compartment (2) contains a fluid, vapors released through the converter (T) is condensed in compartment (4). Cooled by cooling circuit (5) the condensation chamber, the fluid in circuits (1&5 can be water or any heat carrier, (P2) circulation pump. The fluid in circuits (2&4) is usually used in refrigerators circuits, (example – propane, ammoniac or any fluid possessed a high pressure variation at a low differential temperature)….

Element (1) provides warm radiant heat input, contains water or other suitable liquid, (P1) provides circulation of the liquid. Element (1) provides the heat input by radiations; differentiate of (54°F.) 25° degrees Celsius between (1 & 5) is enough to make the system work! Pump (3) ensures the transfer of cold liquid from container (4) to container (2)….

Applications

Engine for:Boats , electric generators, , cars, trucks, trains, buses, etc ... This can advantageously replace, most of , internal combustion engines, have the principle goes back to the beginning of the 20th century!

Low Temperature Vapor Engine

This device relates to a steam engine, working with a very e small differential temperature, around 20 ° to 30 ° Celsius or more. This difference is large and readable, in the natural environment, land, sea, ocean, river, lake, etc. This device save fuel and reduces pollution obvious…..

OPERATION (Rankin cycle)….

This device comprises at least one heating compartment (1), generating a high pressure gas, a vacuum chamber and condensation (4). Between these two elements, the converter pressure- work (T) is coupled to the load (A) which can be an electric generator, propeller or any other load element…. Compartment (2) contains a fluid, vapors released through the converter (T) is condensed in compartment (4). Cooled by cooling circuit (5) the condensation chamber, the fluid in circuits (1&5 can be water or any heat carrier, (P2) circulation pump. The fluid in circuits (2&4) is usually used in refrigerators circuits, (example – propane, ammoniac or any fluid possessed a high pressure variation at a low differential temperature)….

Element (1) provides warm radiant heat input, contains water or other suitable liquid, (P1) provides circulation of the liquid. Element (1) provides the heat input by radiations; differentiate of 25 degrees Celsius between (1 & 5) is enough to make the system work! Pump (3) ensures the transfer of cold liquid from container (4) to container (2)….

Applications:
Engine for: Boats, electric generators , cars, trucks, trains, buses, etc ... This can advantageously replace, most of , internal combustion engines, have the principle goes back to the beginning of the 20th century!

 
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