Modern uprated design for an Einstein refrigerator

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SUMMARY

The discussion centers on the modernized redesign of the Einstein refrigeration system, which utilizes anhydrous ammonia, liquid butane, and water in a closed pressurized system without moving parts or compressors. AB Electrolux holds the intellectual rights, but the original patent expired around 1950, allowing for potential innovation. The system's efficiency could significantly reduce energy consumption for heating and air conditioning in homes and large buildings. Participants express interest in personal projects and the integration of Stirling engines to enhance temperature change efficiency.

PREREQUISITES
  • Understanding of Einstein refrigeration principles
  • Knowledge of anhydrous ammonia and liquid butane handling
  • Familiarity with closed pressurized systems
  • Basic principles of thermodynamics and heat transfer
NEXT STEPS
  • Research the latest advancements in Einstein refrigeration technology
  • Explore safety regulations and permits for using anhydrous ammonia
  • Investigate the integration of Stirling engines with refrigeration systems
  • Study energy efficiency techniques for large-scale climate control systems
USEFUL FOR

Inventors, engineers, and environmentalists interested in innovative refrigeration solutions and energy-efficient climate control systems.

NintendoKD
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I am interested in pursuing the modernized redesign of the eistein refrgeration system. It is a refrigeration system using anhydrous ammonia, liquid butane, and water. It is contained in a closed pressurized system, has no moving parts or compressor, and requires no maintenance. Sounds like a fancy, but it is certainly real, last I heard is that AB Electrolux of EU. owns the intellectual rights to prevent the competition from develpoing a competitive system. This could help reduce the amount of energy used to heat/ air-condition homes accros the world. If a more efficient system could be used, or possibly the design changed to accommodate large buildings then this is certainly a worthwhile idea to apply to pretty much anywhere. The idea is that as one end gets warmer the other end gets equally colder, in other words you use an end outside inside a solar oven in the summer, nd as it reaches super high temps the other half that is inside of the house gets very cold, it would therefore only require a small amount of va to run a fan across the cold end to air-condition the home. In the winter and on cold days the house would be able to stay a bit warmer than the outside ambient air temp, the efficiency of this could be increased if the home was underground.
 
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NintendoKD said:
I am interested in pursuing the modernized redesign of the eistein refrgeration system. It is a refrigeration system using anhydrous ammonia, liquid butane, and water. It is contained in a closed pressurized system, has no moving parts or compressor, and requires no maintenance. Sounds like a fancy, but it is certainly real, last I heard is that AB Electrolux of EU. owns the intellectual rights to prevent the competition from develpoing a competitive system. This could help reduce the amount of energy used to heat/ air-condition homes accros the world. If a more efficient system could be used, or possibly the design changed to accommodate large buildings then this is certainly a worthwhile idea to apply to pretty much anywhere. The idea is that as one end gets warmer the other end gets equally colder, in other words you use an end outside inside a solar oven in the summer, nd as it reaches super high temps the other half that is inside of the house gets very cold, it would therefore only require a small amount of va to run a fan across the cold end to air-condition the home. In the winter and on cold days the house would be able to stay a bit warmer than the outside ambient air temp, the efficiency of this could be increased if the home was underground.

When does their patent expire?
 
Their original patent expired around 1950. But there may be some newer patents on variations of the idea ...
 
I think the important thing here is to understand that I don't want to steal anyones intellectual property here, just expound on a preexisting idea from a new perspective and make something good for everyone to enjoy.
 
I agree. There is no consequence in building one for personal use.
 
Has anyone out there besides the eggheads at oxford built one?
 
After I return from Afghanistan in June, and from my month long vacation after that, I will build one of these puppies for myself. the design is pretty straightforward but the correct pressures and volumes gets tricky with increased nternal volume. Plus there is the matter of getting permits to buy/use anhydrous ammonia. Anyone interesed is welcome to it, and I encourage it, this design if used properly will save the environment and will be effective as a climate control system in some applications. Oh, don't expect a speedy reply, internet time is limited here in country, but I promise to do my best.
 
Good work. I look forward to it.

Now this may sound weird but have you considered 'merging' the Stirling engine with this? I don't mean just tacking on the engine but integrating it into the initial stage to make the temperature change much faster?

Excuse me if this sounds preposterous.
 

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