"Subclassing and Composition – A Pythonic Tour of Trade-Offs", Hynek Schlawack
Reduced Boiling Point: as a means of tapping evaporation: Proposal for Karachi Pakistan / Cooling and electricity / Energy
1. Reduced Boiling Point As a means of tapping evaporation 1 By Mr. Bostan and Dr. Faisal Tajir
2. Concept Reduce the pressure above water, it will boil at a much lower temperature. The water vapor introduced by the boiling can leave the system via a filter: that only allows monatomic molecules to pass through. 2 By Mr. Bostan and Dr. Faisal Tajir
3. Instead of utilizing the low temperature of the water, we can have the vapor passing across turbines, giving mechanical energy. Valve to fill water and remove air The pressure above this water is greatly reduced. It boils at a much reduced temperature: often lower than the ambient temperature Monatomic tensile membranes to let out the vapor. Argon in air (10mbar) leaks in from here. 3 By Mr. Bostan and Dr. Faisal Tajir
10. Best Solution (Electricity / Air Conditioning) for the Apartment. For the entire year, can provide electricity to an apartment that may not harness solar or wind energy: nor has the space for a Mist Turbine. 18 hrs of storage will however be required. Does not eliminate but does reduce air conditioning requirements: 34C down to 27C. Unlike Mist Energy, does not inflict any too low temperatures in the winters. This superiority could prove decisive. 10 By Mr. Bostan and Dr. Faisal Tajir