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" 41 42 43 44 45 46 47 48 49 Leaving Chilled Water Temperature (°F)

Fig. 38-13 Energy Input as a Function of Leaving Chilled Water Temperature for Double-Effect LiBr Absorption Chiller. Source: York International

Fig. 38-13 Energy Input as a Function of Leaving Chilled Water Temperature for Double-Effect LiBr Absorption Chiller. Source: York International

I I Dilute Solution [3] Refrigerant Vapor [21 Chilled Water

I I Semiconcentrated Solution Refrigerant Liquid | ■ ■: j Cooling Water

I I Concentrated Solution

Refrigerant Vapor—

Primary Separator

Lift Pipe-

High Temp Generator

I I Dilute Solution [3] Refrigerant Vapor [21 Chilled Water

I I Semiconcentrated Solution Refrigerant Liquid | ■ ■: j Cooling Water

I I Concentrated Solution

Refrigerant Vapor—

Primary Separator

Lift Pipe-

High Temp Generator

I-Heat Exchanger Solution

Gas Burner Pump

Double-Effect Absorption Cycle (Cooling)

I I Dilute Solution I I Concentrated Solution

Refrigerant Vapor

[I Refrigerant Vapor Refrigerant Liquid

I I Hot Water

Primary Separator

Lift Pipe

Chilled Water

_Cooling mWater High Temp Generator

I-Heat Exchanger Solution

Gas Burner Pump

Double-Effect Absorption Cycle (Cooling)

Refrigerant Vapor

[I Refrigerant Vapor Refrigerant Liquid

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