BioCremation in Europe
Biocremation is a relatively new idea. There have been many articles published on the web and in the news that suggest Alkaline Hydrolysis also being referred to as Biocremation has been used for a while for human disposition. I have not found anything that suggests that it has been used for anything other than a way to process animal carcases. Remember the mad cow epidemic in Britain in the 1990′s? Thats how they disposed of the millions of cows.
From The Times Online – They didn’t have this kind of problem in Ancient Egypt. As Britain prepares to queue to see the spectacular tomb treasures of the boy king Tutankhamun in London next week, a less heavily publicised funerary gathering will convene in less mysterious and romantic circumstances – in Gateshead.
Our burial and cremation bosses are meeting for their annual conference to discuss a delicate and increasingly urgent question: what to do with all our dead bodies.
Mummification, the arcane craft of preserving defunct Pharaohs, won’t be on the agenda. But an equally odd-sounding approach will: a way of dissolving humans that was developed for disposing of diseased cattle. Technology may take us from Cairo to cows.
We are in dire need of answers. Traditional burials are in trouble because Britain is rapidly running out of cemetery land. In Greater London, half the graveyards are full and the remaining capacity is disappearing at a rate of 10,000 new interments a year. Crematoriums, meanwhile, face mounting criticism for their high energy consumption and harmful emissions. By law they must halve the amount of mercury they funnel skywards by 2012. At the moment 16 per cent of the country’s mercury emissions come from dead people’s vaporised dentistry. Expensive “scrubbing” equipment is needed for the chimneys, but not all crematoriums can accommodate it.
The body is dissolved in an alkali solution
New technology may provide radical alternatives. The front-runner under discussion at the Federation of Burial and Cremation Authorities’ (FBCA) conference is called “resomation”. In layman’s terms, it is an accelerated form of natural decomposition. The body is immersed in an alkali solution of potash lye, which is heated to about 160C in a pressurised submarine-shaped steel chamber. Two hours later, you have a watery solution that can be safely poured into the earth – and white calcium phosphate, the bone residue, that can be given to mourners like cremation ash. Dental mercury is filtered out. “Scientifically, the process involved is called alkaline hydrolysis,” explains Sandy Sullivan, an affable Scot who is pioneering the technique in Britain. “When human tissues are built, elements get bound together by the removal of water molecules. Hydrolysis puts the water back in – and unzips the tissue molecules.” Sullivan, the managing director of Resomation, the company behind the technique, is presenting his work to the conference jointly with the prestigious US Mayo Clinic, which has been using it for 18 months to deal with the remains of people who donated their bodies to medical research. “For the past decade it has been used in Florida for the batch disposal of the remains of bodies donated for research. Mayo has adopted the same process but in a more mourner-friendly manner – one body at a time, with the body entering the chamber horizontally, just like cremation,” says Sullivan.
The basic process has been used with animals since the early 1990s. Sullivan originally worked with a company that developed it for cows that had BSE or had been used for anthrax or smallpox vaccines, as it sterilises as well as decomposes. Now he says his machine is attracting interest and putative orders from America, Canada and “three or four places in Britain”.
For the ceremony, the body is placed in a reusable casket that resembles a traditional coffin. This covers an inner coffin made of silk on a metal frame. This liner is put into the chamber and the silk dissolves. “The majority of the Resomators will be installed alongside cremators as an eco-friendly alternative method,” says Sullivan.
The City of London Crematorium is interested in the technology. Dr Ian Hussain, its director, says: “I’d take one tomorrow. It seems a great invention, but first it must be approved by our board members. One snag is that the funeral directors might be unhappy about not being able to sell mourners coffins.” Duncan McCallum, the secretary of the FBCA, agrees that resomation sounds promising. “It isn’t releasing emissions into the air and it’s not doing the same damage as a burial. It seems to have a lot going for it.”
Funeral Plans – New Ash Scattering Device
Here is something I have not seen before. It makes spreading the cremation ashes very simple and adds a dimension of wonder to the process. It takes 2 1/2 minutes to spread. They have been around for awhile but the idea is not mainstream. To find out more about the company the name is ANGEL AIRE.
Funeral Plans – Green Cremation Urns
This video demonstrates a green cremation urn. Even though the contents were processed in the usual way the urn is made of a dissolving material. There is a bag that holds the cremains intact while the outer container dissolves. After about 3 days the biodegradable bag also dissolves. At sea burials come to mind. If there was a way to get around the standard cremation process in North America it would be ideal.
Bio-cremation called eco-friendly- Calif. seeks approval
I found this article in the Arizona Star. It introduces the idea of Alkaline Hydrolysis. Its not a new idea and has been used in Europe to dispose of animal carcasses for a while. Whats left is bones and the fluid content is washed down the drain. I don’t like the idea of “washing the remains down the drain” but the fertilizer idea would be OK. Please note that the article cites James Olson from “the funeral directors group” as saying it has been in use in Europe. So far it is only being considered for use in funeral homes in Europe as pointed out to me by Ed Gazvoda from Cycled Life. (see his link in the comments)
SACRAMENTO, Calif. – The desire to be green has expanded to California’s funeral industry, which is pushing for a change in state law to allow for an eco-friendlier alternative to cremation and burial: water resolution.
Also known as alkaline hydrolysis, biocremation or resomation, the technology uses heated water, potassium hydroxide and turbulence to dissolve body tissue within three to four hours.
The end results: pure white bones that can be pulverized into a substance similar to ash and a liquid that proponents say is a sterile, environmentally safe solution that can be safely washed down the drain or even used to water plants.
The technology has been in use for more than a decade, mostly by research laboratories that dispose of animal remains. But soon, California residents may have the option at the mortuary as well.
State Assemblyman Jeff Miller, R-Corona, has introduced a bill that would add the process to the list of legally allowable ways mortuaries can deal with human remains.
Supporters say it will offer environmentally conscious consumers a way to avoid the pitfalls of traditional end-of-life options.
Cremation uses fossil fuels and is regulated by environmental officials because of the air emissions. Burials also pose environmental challenges because embalming fluids are generally made of chemicals, including formaldehyde, that eventually leak into the ground. There’s also less and less space for cemeteries, especially in dense urban areas such as the Bay Area.
The technology has already been approved in several other states, and a funeral home in Florida will soon be the first place in the nation to offer it to the public, according to the National Funeral Directors Association.
Miller said he anticipates no problems getting his proposal through the Legislature.
The Catholic Church’s National Bioethics Center has given its blessing to the procedure, and the Department of Anatomy at the Mayo Clinic in Minnesota has been using the process – its website refers to it as “chemical cremation” – on cadavers donated for research. In Europe, it’s been used at funeral homes for years, said James Olson, a spokesman for the funeral directors group.
The process is fairly simple: A body is placed into a large stainless steel machine with water and potassium hydroxide, an inorganic compound. It is then heated to more than 300 degrees. Turbulence created by the machine helps speed the decomposition process, dissolving flesh and soft tissue.
Funeral Pyre Open Air Cremation: Green Alternative to Cremation or Burial
Funeral Pyre Open Air Cremation
Today, modern cremation is the second most popular choice for almost 40 percent of the United States population as an acceptable form of funeral rite and as opposed to the physical internment of a deceased person into the ground. Reasons may be personal belief (religious or secular), economic considerations, or reasons involving the safety of the environment.
Cremation occurs within a crematorium complete with an industrial type furnace. Typically, by placing a body in the retort or chamber of the furnace, it is incinerated and almost completely consumed by fire. The burning of propane or natural gas provides temperatures of 1,598-1,796 ° F and the heat level ensures the body is reduced to bone fragments with all other soft tissue vaporized or oxidized as vented gas.
Cremations in general are also cheaper than the labor and material intensive internment process incurred for a traditional burial. The cost may be as little as twenty percent of a traditional burial as embalming is not necessary, nor is a gravesite, casket or vault. The cremated remains are usually transferred to an urn, scattered at sea, and in some cases, incorporated into jewelry or other pieces of artwork. Some people may even opt to be blasted into space, become part of a living reef, or turned into a diamond.
Even so, cremations have been around since humans have existed. Open air cremations were accomplished with the use of a funeral pyre, which is a structure where a deceased body is destroyed by burning with flammable materials, most typically with wood. For many, the use of open air cremation was believed to be a purifying event and released the soul. In fact, the burning of bodies has been used often in recent times due to animals or humans that died as a result of a catastrophic event, and to prevent or kill diseases. Fire completely destroys viruses and other pathogens.
Choosing an open air cremation may be based on religious reasons. Recently, a British Hindu, 71-year-old Davender Ghai, from Newcastle, won the right to open air cremation. Yet, his winning was not based on his religious beliefs, but instead on building codes involving crematoriums. Therefore, provided the cremation occurred within a structure surrounded by four walls and away from urban areas and homes, Ghai will get his wish. Only the roof will be absent in order to let the ensuing gases and chemicals to escape.
In the United States, a group known as Crestone End of Life Project, located in Crestone, Colorado, also offers a limited number of open air cremations for its members. Although not yet widely accepted in most parts of the United States, open air cremation does offer the option of an “eco-friendly and green” funeral ceremony. Whether this method of cremation will become popular and depending on if a significant number of people are interested, remains to be seen.
Sources:
Cremation by Funeral Pyre, TheFuneralSite.com
Video: The end of life, Creston End of Life Project
Crestone End-of-Life Project, 2008
British Hindu wins right to cremation in ‘enclosed’ funeral pyre, by dpa, February 10 2010
Cremation Association of North America (CANA), 2010
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- Green in Life, Green in Death (bioethics.net)

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