FAR INFRARED HEATING OVEN

  • Narasimha Murthy H R
Keywords: Infrared, Proportional Integral Derivative (PID).

Abstract

This project is aimed at fabricating an oven for a specialized drying application using infrared heating principle. The project involves construction of a miniature oven using long wave infrared heaters. The application is typically aimed at drying the coating on a sand mold used in foundries or for moisture removal of a refractory material / block. The oven has a steel fabricated casing lined with insulation materials, with inner layer fitted with high emissivity reflectors. Long wave (far) infrared heaters are mounted on two inner side walls, power supply to which is controlled by PID temperature controller which gets the signal from thermo couple. As the infrared energy heaters only the objects it strikes and not the air in its path, it is highly energy efficient. Energy Saved is Energy generated and infrared heating system stands out as an “Energy Saving Technology” compared to the conventional heating systems.

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Author Biography

Narasimha Murthy H R

Department of Energy Engineering, Dr. M.G.R. Educational and Research Institute University, Chennai.

References

[1] Kurt Roth andJames Brodrick "Emerging Technologies – Infrared Radiant Heaters”, 2007.

[2] Zuhair E.M. Haruon “Design and development of infrared heater for waste plastic gasification. 2014

[3] J.D.K. Rivard, C.A. Blue, R.D. Ott, A. Sabau, M. Santella, T-Y. pan & Joaquin. Advanced manufacturing technologies utilizing high density infrared radiant heating, 2013.

[4] Soojin Jun & Joseph Irudayaraj “Selective far infrared heating system – design & evaluation. 2006

[5] Mohammed Awwad Al-Dabbas, Mutah University, Karak, Jordan “Heating by catalytic gas infrared rays. 2011.

[6] Modine “ Design & engineering guide- high & low intensity gas -fired infrared heaters. 2016

[7] Information from Herschel website
[8] Hyukjae Lee, Robert F. Speyer and Timothy Patterson “Temperature uniformity in water filmsand wet paper through spectrally selective infrared heating” 2003.
Published
2019-12-18
Section
Articles