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.Equipment from the laboratory manual (if available), placed
Equipment from the laboratory manual (if available), placed
Procedure in the appendix, and referenced.
Results: These two sections can be combined into
Discussion: a single section titled 'Results/Discussion.'
Appendix (Include your sample calculations here with units.)
In this experiment, a model of the Rankine cycle is studied and its performance is observed. Some important indicator parameters like thermal efficiency and tower efficiency are also calculated.
The objective of this laboratory exercise is to get familiarized with the Rankine cycle heat engine.
The RankineCyder™ steam turbine system made by Turbine Technologies Ltd. is a working model of a steam power plant and is used for the exercise. The basic equations for Rankine cycle analysis are applied by using empirical measurements at different points in the Rankine cycle. The RankîneCycIer' used in this lab exercise does not make use of the pump to compress the water. The boiler is filled to approximately 75 percent capacity with water prior to operating the equipment. The water is heated at nearly constant pressure by a flame fueled with liquid propane (LP). The heat addition process under constant pressure conditions causes an increase in the specific volume of water. The high temperature superheated steam is directed to the turbine where it expands and drives the electrical generator via a pair of spring shafts connecting the turbine and generator. The steam (likely still superheated) experiences constant pressure heat rejection in the cooling tower where the water condenses into a catch tube.