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| | | ENVIRONMENTALLY FRIENDLY TECHNOLOGY | | | SUPER ABSORPTION | | |
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| | | Heating cycle | | |
| | | Cooling cycle | | |
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| | | In the absorption heating cycle (Figure 10), the unit is essentially acting as a boiler. Diluted solution is heated in the high temperature generator releasing refrigerant vapor from the absorbent. The refrigerant vapor flows to the absorber/evaporator and condenses on | | |
| | | Figure 9. Cooling cycle | | | heat transfer tubes removes the sensible heat of the condensed refrigerant and transfers the heat to the hot water loop. The condensed refrigerant is mixed with the intermediate solution creating diluted solution. The diluted solution is pumped back to the high temperature generator where the cycle | | |
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| | | Exhaust Gas | | |
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| | | Condenser Low Temperature Generator | | |
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| | | Cooling Water outlet | | |
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| | | the heat transfer tubes of the evaporator. The water through the evaporator is started again. | | |
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| | | Figure 10. Heating cycle | | |
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| | | High Temperature Generator | | |
| | | Evaporator | | |
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| | | Exhaust Gas | | |
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| | | Condenser Low Temperature Generator | | |
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| | | Chilled Water 4 | | |
| | | Burner | | |
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| | | High Temperature Generator | | |
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| | | mrnzET Purge Unit | | |
| | | Refrigerant Pump | | |
| | | Burner | | |
| | | Heat Exchanger | | |
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| | | | Cooling Water Inlet | | |
| | | Absorbent Pump Concentrated Solution | | |
| | | Liquid Refrigerant Refrigerant Vapor Cooling Water | | |
| | | Chilled Water | | |
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| | | M °Pen M Close | | |
| | | Intermediate Solution | | |
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| | | LUJJJJILI Purge Unit Heat Exchanger ] Liquid Refrigerant | | |
| | | Refrigerant Pump Absorbent Pump Intermediate Solution | | |
| | | Diluted Solution | | |
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| | | Hot Water | | |
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| | | M °Pen H Close | | |
| | | ] Refrigerant Vapor | | |
| | | Diluted Solution | | |
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