A Study on Power Generating Arrangements in Rotary Kiln by using Excessive Heat

Authors

  • R Boopathi Assistant professor, UG Students Department of Mechanical Engineering Mahendra Engineering College Tiruchengode, 637503 India
  • D. Jeevanantham Assistant professor, UG Students Department of Mechanical Engineering Mahendra Engineering College Tiruchengode, 637503 India
  • S. Kannan Assistant professor, UG Students Department of Mechanical Engineering Mahendra Engineering College Tiruchengode, 637503 India
  • M. Nandha Kumar Assistant professor, UG Students Department of Mechanical Engineering Mahendra Engineering College Tiruchengode, 637503 India
  • N. Thangaraju Assistant professor, UG Students Department of Mechanical Engineering Mahendra Engineering College Tiruchengode, 637503 India

Keywords:

Electrical energy, Heat radiation, Kinetic energy, Mechanical energy, Closed cycle

Abstract

According to our project to produce an electrical energy from a rotary kiln heat radiation also a rotary kiln chimney radiation. In a rotary kiln and chimney to out a heavy heat radiation (250ºC-350ºC) from a working condition, so we set a steam power plant by using a that heat radiation. The steam power plant agent as water. So the water as convert into steam. The steam goes to a turbine by using forced draft fan. Turbine is converted in kinetic energy into mechanical energy. The generator is connected to a turbine, so generator also rotating. The generator is converted in mechanical energy into electrical energy. So we get an electrical energy easily from this method. In our project to design a closed cycle. So we set a condenser in our project. The condenser is converted in steam into water, so the water is not waste as well as to supply the plant and the process is recycled.

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Published

2016-03-05

How to Cite

A Study on Power Generating Arrangements in Rotary Kiln by using Excessive Heat. (2016). International Journal of Engineering Research and Advanced Technology (ijerat) (E-ISSN 2454-6135) , 2(3), 72-78. https://ijerat.com/index.php/ijerat/article/view/122