What is it about?

The proposed power generation system is a novel binary mixture cycle using multicomponent working fluid mixture adaptable to generate power at three different heat recoveries. In the present work, the system with low temperature heat recovery and high temperature heat recovery are investigated parametrically. The system is flexible to run with conventional stream and renewable stream of energies. With the present scarcity of electricity, the present system will share the electrical load in the the small scale sectors, e.g. educational institutes, industries. Binary component working solution can be considered for both power generation and refrigeration effect.

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Why is it important?

The present system uses the fission heat generated from nuclear reactor. The nuclear energy can be considered to solve power crisis with the multicomponent working fluid.


I understand this article will present the basic views of the three heat recoveries of binary component power generation cycle. This work will be extended in all the regions where energy necessity are really. The focus on the extension of this work is to generate self power for small scale industries to large scale industries hence providing a depth variation of the two different waste heat recovery systems.

Dr Dr.N.Shankar Ganesh
Kingston Engineering College, Vellore, Tamil Nadu, India

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This page is a summary of: Nuclear energy-driven Kalina cycle system suitable for Indian climatic conditions, Energy Sources Part A Recovery Utilization and Environmental Effects, September 2018, Taylor & Francis, DOI: 10.1080/15567036.2018.1516011.
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