It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Alkaline hydrolysis uses water, alkaline chemicals, heat, and sometimes pressure and agitation, to accelerate natural decomposition, leaving bone fragments and a neutral liquid called effluent. The decomposition that occurs in alkaline hydrolysis is the same as that which occurs during burial, just sped up dramatically by the chemicals. The effluent is sterile, and contains salts, sugars, amino acids and peptides. There is no tissue and no DNA left after the process completes. This effluent is discharged with all other wastewater, and is a welcome addition to the water systems.
The graphic above summarizes the process.[quote]edit on 1-1-2022 by putnam6 because: (no reason given)
originally posted by: lordcomac
It's been around a while, I tried to start a company offering the service about five years back, but there's too much red tape to compete with the existing funeral services.
The waste has to be tested to appease the regulators but is fairly easily converted into fertilizer once the process is complete.
originally posted by: lordcomac
a reply to: putnam6
It should, but won't even beat current cremations for a long time.
Essentially you can't legally handle destruction of bodies unless you own a cannery, and they're essentially all owned by some weird tax shelter scam.
The method is better, but there's too much money and corruption is the handling of a human body in the USA for it to make any headway any time soon.
Real bummer, my plan was to capitalize on the incoming wave of corpses people can't afford to bury as the boomers died off while USD tanked.
I didn't account for the whole free market being a lie, and the whole thing already being planned.
originally posted by: mysterioustranger
a reply to: Gothmog
"Soylent Green is PEOPLE! We're eating PEOPLE!"
originally posted by: putnam6
Sorry this is so long, wasn't sure of the best forum either...
but I have never heard of this, sounds interesting. Though the disposal methods? sound questionable, along with this quote that comes off a little bit like Soylent Green
"The result is a quantity of green-brown tinted liquid (containing amino acids, peptides, sugars and salts)"
en.wikipedia.org...(body_disposal)
The process is based on alkaline hydrolysis: the body is placed in a pressure vessel that is then filled with a mixture of water and potassium hydroxide, and heated to a temperature around 160 °C (320 °F), but at an elevated pressure, which prevents boiling. Instead, the body is effectively broken down into its chemical components, which takes approximately four to six hours. At the beginning of the process, the mixture is strongly basic, with a pH level of approximately 14; pH drops to 11 by the end, but the final pH level depends on the total operation time and the amount of fat in the body.[5]
The result is a quantity of green-brown tinted liquid (containing amino acids, peptides, sugars and salts) and soft, porous white bone remains (calcium phosphate) easily crushed in the hand (although a cremulator is more commonly used) to form a white-colored dust. The "ash" can then be returned to the next of kin of the deceased. The liquid is disposed of either through the sanitary sewer system, or through some other method, including use in a garden or green space.[6] To dispose of 1,000 pounds (450 kg), approximately 60–240 US gallons (230–910 l; 50–200 imp gal) of water are used, resulting in 120–300 US gallons (450–1,140 l; 100–250 imp gal) of effluent, which carries a dried weight of 20 pounds (9.1 kg) (approximately 2% of original weight).[5]
Alkaline hydrolysis uses water, alkaline chemicals, heat, and sometimes pressure and agitation, to accelerate natural decomposition, leaving bone fragments and a neutral liquid called effluent. The decomposition that occurs in alkaline hydrolysis is the same as that which occurs during burial, just sped up dramatically by the chemicals. The effluent is sterile, and contains salts, sugars, amino acids and peptides. There is no tissue and no DNA left after the process completes. This effluent is discharged with all other wastewater, and is a welcome addition to the water systems.
The graphic above summarizes the process.[quote]
i always wanted to get sous vided. med rare of course.