PhD Thesis - Energy Systems Research Unit - University of Strathclyde

C and the inlet point into the solution circulation pump.C Point 2 is the exit point of the weak solution from the solutionC circulation pump and the inlet point into the solution recovery heat exchanger.C Point 3 the exit point of the weak solution from the solutionC recovery heat exchanger and the inlet point into the generator.C Point 4 is the exit point of the strong solution from the generatorC and the inlet point into the solution recovery heat exchanger.C Point 5 is the exit point of the strong solution from the solutionC recovery heat exchanger and the inlet point into the solution expansion valve.C Point 6 is the exit point of the strong solution from the solutionC expansion valve and the inlet point into the absorber.C Point 7 is the exit point of the refrigerant from the generatorC and the inlet point into the condenser.C Point 8 is the exit point of the refrigerant from the condenserC and the inlet point into the expansion valve.C Point 9 is the exit point of the refrigerant from the expansionC valve and the inlet point into the evaporator.C Point 10 is the exit point of the refrigerant from the evaporatorC and the inlet point into the absorber.C Point 11 is the inlet point of the hot water in the generator.C point 12 is the exit point of the hot water from the generator.C Point 13 is the inlet point of the cooling water into the chiller.C Point 16 is the exit point of the cooling water from the chiller.C Point 17 is the inlet point of the chilled water into the evaporatorC Point 18 is the exit point of the chilled water from the evaporator.C XST is the solution concentration (%) in the strong solution branch,286