Design and Analysis of Energy Efficient Crematorium for Eco Body Burning

Shilpa S Badge, A. A. Bhole, Prasad Kokil

Abstract


To live the human, like basic needs there is need to optimize the use
of energy, as there is fast depletion of non-renewable energy sources
and similarly degradation of environment. Human life is changing
day by day. But not in case of rituals, after the death in Hindu
religion, because they believe in, to cremate the human dead body
with wood only. This cremation requires 500 and above Kgs of
wood. This requirement of wood comes through degradation of forest
and results in air pollution, while burning the wood greenhouse gases
are emitted like CO2 in atmosphere. This also causes the water
pollution due to ash disposal in river water after cremation. There are
developments in cremation sector like electric crematorium, wood
gasifier crematorium, solar crematorium etc. These solutions on this
unfocused issue not so popularized as these designs are closed and
prevent from rituals like mukhagni and kapalkriya. The main
objective of this paper is to optimize the use of wood fuel in
cremation sector by designing and analyzing the improved
crematorium, beware the culture and use of renewable energy
sources.
In this paper, the concept of wood based energy efficient crematoria
in India is studied & its design and analysis is presented.


Full Text:

PDF

References


Anshul Garg (2007), “Mokshda Souvenir”: pp17-20.

Anshul Garg, “Project proposal for GEF funding”; pp3-8.

Akhilesh Chandra Kashyap1, Janardan Prasad Kesari2,

“Feasibility Study of a Solar Crematorium in India”, Volume I,

Issue IV, September 2014 IJRSI ISSN 2321 – 2705.

Anil Shanker Mishra, “Possible Ecological Effects Of The Dead

Body Cremation on The Bank Of River Ganga At Simaria,

Begusarai -851101. India.” BIOS (1) Page – 10 to 19 ISSN:

Oindri Haldar Thesis on, “Constructing Electronic Crematorium

At Diamond Harbour To Control Pollution Level Of River

Hoogly Under Phase Iii Of Ganga Action Plan - A Case Study”

TERI, Project Summary, Wood-Gasifier Based Crematorium.

Jewell, W.T, Unruh, T.D. “Limits on cloud-induced fluctuation

in Photovoltaic Generation IEEE Transactions on Energy

Conversion”, Vol. 5, issue 1, 1990.

Yanagawa S., Kato T., Kai W., Tabata A., Yokomizu Y.,

Okamoto T., Suzuoki Y., “Evaluation of LFC capacity for

output fluctuation of photovoltaic power generation systems

based on multi-point observation of Insolation” Power

Engineering Society Summer Meeting, vol.3, 2001, IEEE,

pp.652 – 1657.

Tamura J., Nakamura H., Inoue Y., Otani K., Kurokawa K., ”A

new Method of calculating in-plane irradiation by one-minute

local solar Irradiance” Proceedings of 3rd World Conference on

Photovoltaic Energy Conversion,2003, vol.3, pp. 2265 – 2268.

Narendra D. Kaushika and Nalin K. Gautam “Energy Yield

Simulations of Interconnected Solar PV Arrays”, IEEE

Transaction on Energy Conversion, vol. 18, No. 1, March 2003.


Refbacks

  • There are currently no refbacks.


Copyright © IJETT, International Journal on Emerging Trends in Technology