(JP9041908-A)      The system for generating power as a result of an expansion of a pressurized working fluid through a turbine exhibits improved efficiency as the result of employing a tri-component working fluid that comprises water, ammonia and carbon dioxide. The pH of the working fluid is maintained within a range to prevent precipitation of carbon-bearing solids (preferably between 8.0 to 10.6).    ADVANTAGE -   Working fluid enables an efficiency improvement in Rankine cycle of up to 12 percent and an efficiency improvement in Kalina cycle of approximately 5 percent.    (JP3065253-B2)      The system for generating power as a result of an expansion of a pressurized working fluid through a turbine exhibits improved efficiency as the result of employing a tri-component working fluid that comprises water, ammonia and carbon dioxide. The pH of the working fluid is maintained within a range to prevent precipitation of carbon-bearing solids (preferably between 8.0 to 10.6).    ADVANTAGE -   Working fluid enables an efficiency improvement in Rankine cycle of up to 12 percent and an efficiency improvement in Kalina cycle of approximately 5 percent.    (EP756069-B1)      The system for generating power as a result of an expansion of a pressurized working fluid through a turbine exhibits improved efficiency as the result of employing a tri-component working fluid that comprises water, ammonia and carbon dioxide. The pH of the working fluid is maintained within a range to prevent precipitation of carbon-bearing solids (preferably between 8.0 to 10.6).    ADVANTAGE -   Working fluid enables an efficiency improvement in Rankine cycle of up to 12 percent and an efficiency improvement in Kalina cycle of approximately 5 percent.    (CN1143714-A)      The system for generating power as a result of an expansion of a pressurized working fluid through a turbine exhibits improved efficiency as the result of employing a tri-component working fluid that comprises water, ammonia and carbon dioxide. The pH of the working fluid is maintained within a range to prevent precipitation of carbon-bearing solids (preferably between 8.0 to 10.6).    ADVANTAGE -   Working fluid enables an efficiency improvement in Rankine cycle of up to 12 percent and an efficiency improvement in Kalina cycle of approximately 5 percent.