GrandmaTo4
New Member
<<Snip>>The idea of JP trying to incinerate or cremate a body himself (for which purpose he purchases acetlyne torch) is beyond the scope of possiblity for me.
arrot:
I agree, kiki. I think it's beyond the scope of possibility, period!
Most people don't realize how difficult it is to cremate a body -- never mind completely burning a body in the freezing - windy - snowy - wilderness. IMO, Josh couldn't have transported enough 10 gallon acetylene tanks in the mini-van to do the job.
See what it takes to cremate a body:
"The human body is about 95% water. In order for the body to burn, the water has to be first evaporated.
In a cremation furnace, to dehydrate a 150 lb. body it will require about 142,500-146,700 BTU. To convert the hydrocarbons, (dehydrated body) into ash is somewhat less.
If we assumed about a 40% efficiency factor overall, (of the cremation oven) including all losses etc, that means that the net energy use would be about 356,250 BTU, or about 356 cubic feet of natural gas."
http://www.funeralassistant.com/consumerinfo/Cremation.htm#Crem1
Furthermore, the temperature necessary to burn a body is enormous -- and could not likely be provided by a hand held acetylene torch for a long enough period of time.
"Q -- How long does it take to cremate a body, (in a cremation oven)?
Cremating at the optimum temperature (1600 - 1800 degrees), the average weighted remains takes 2 to 2 1/2 hours.
Q -- Is the body exposed to an open flame during the cremation process?
Yes, the body is exposed to direct heat and flame. Cremation is performed by placing the deceased in a casket or other container and then placing the casket or container into a cremation chamber where they are subjected to intense heat and flame.
http://www.funeralassistant.com/consumerinfo/Cremation.htm#Crem2