Low Temperature Differential Engines: FUEL SAVER ENGINE

 

Solar Energy Vacuum Seawater Desalinazer

https://sites.google.com/site/francoiskneider/


This relates to a device and proceeds of seawater desalination solar energy , vacuum sea water . It consists to operates, at a temperature of vaporization temperature close to + 50° C. (120° F), condensation temperatures about + 20° to +30° C.(68° to 86° F)  pressure in order about - 0.07(1 psi )to - 0,1(1,45 psi ) .
Please see synoptic diagram following pages.


 Sun's Energy Vacuum Seawater Désaliniser

1. Sea water reservoir 2. =Sea water filter . 3. electric vulve 4. manometer 5. Heating circuit. 6. Circulating pump. 7. Cooling circuit 8 SUN. 9 Condensing reservoir. 10 evaporating reservoir 11. Vacuum pump. 12. Vacuum. circuit
13. Level detectors. 14. Evacuating pump 15. Distilled water reservoir.
                                                        
  Site  Web       e: < kneiderf@gmail.com    

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Solar Energy Vacuum Sea Water Desalination System
This relates to a project state, a device and proceeds of, solar energy sea water, desalination by vacuum. It consists to operates, at a temperature of vaporization, temperature close to + 50°C (120° F), condensation temperatures about + 20° to + 30° Celsius (68° to 86° F) pressure about 0,07 to 0,1 Bar ( 1.02 to 1.45 psi) .

Solar Energy Vacuum Seawater Desalination Device.

                                    

                                               synoptic draft

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Here are main components:  

Input water pump 1,  Seawater filter device 2,  Seawater tank, 3   Seawater heater 4,  Sweet water condenser, 5   Sweet water tank, 6   solar energy heater,7   Electric Fluid pump 8,  Electric Valves, 9, 10,   Detectors of Fluids, 11, a, b, c, d, Water pumps 12, 15, 16, (Pressure ≤ 1, 1 bar (≤ 16 psi). Vacuum device 14,  Manometer, 13...     Notes: Items 4 and 5 are under vacuum...Here are upgrading 2016: Solar Energy Vacuum Seawater Desalination Device.

An ecological, clean and economic way, converting seawater to freshwater.

1) By using 100% solar energy power.

2) By recycling calories which, usually lost in cooling devices of Thermal Engines.

2a) Downstream of thermal electric power plants, near an oceans or a sea.

2b) Boats, Ships, vessels, which are usually propelled by thermal engines