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Funeral CremationFuneral Cremation A funeral cremation is the process of cremating or burning a corpse and is generally performed in a crematory or crematorium furnace capable of generating 870-980 °C (1600-1800 °F) to ensure incineration of the corpse. Contrary to popular belief, the remains aka "cremains", are not "ashes" in the usual sense, but rather dried bone fragments that were pulverized in a device called a cremulator. A crematory or crematorium may be part of the chapel or a funeral home, or part of an independent facility or a service offered by a cemetery and the funeral cremation service can serve as an alternative to the traditional casket funeral service. The remains may be buried at memorial sites or cemeteries, as well as be retained by relatives or dispersed in a variety of ways and locations, such as a burial at sea. Funeral cremations can be "Delivery Only" with no preceding funeral service at the crematorium (although a memorial service may have been held in a crematorium chapel or funeral home). Delivery-Only is often referred to as "West Chapel Service" by the funeral industry. Delivery-Only allows crematoriums to schedule body cremations accordingly and use the cremators more efficiently. This may mean retaining the body overnight in a refrigerator. If this is the case, the actual costs may be lower. The Federal Trade Commission (FTC) enacted a Funeral Practices Trade Regulation Rule (The Funeral Rule), requiring funeral providers to disclose general itemized price information about services and merchandise provided. This Rule specifically requires a funeral provider to indicate its prices for Direct Cremation Services when the purchaser provides the cremation container; or where the purchaser selects a casket from the funeral provider. You may request this information at any time and it must be provided to you.
In the UK, the bodies scheduled for cremation are never removed from the coffin and placed into a container for the process. Both the body and coffin are cremated. Therefore, all coffins in the UK scheduled to be used for funeral cremations must be constructed of combustible material. The Code Of Cremation Practice forbids the opening of the coffin once it has arrived at the crematorium, and rules stipulate it must be cremated on the same day as the funeral service. Therefore, if a corpse is to be cremated in the UK, it will be done so in the same coffin as it is placed in at the funeral parlor. In addition, all jewelry must be removed before the coffin is sealed, as it cannot be opened once it has arrived at the crematorium. In Australia, the deceased are cremated in coffins supplied by the undertaker. To save on costs, a plain, particle board coffin (aka a "chippie") can be used instead. Any attached handles are made of plastic and must be approved for use in the cremator. Coffins types may vary from unfinished particle board that is covered with a velvet pall if there is a service, to solid timber. Most are constructed of a veneered particle board.
Up until the early 1960's, the fuel used during the cremation process consisted of coal. Today, the primary fuel sources are natural gas and propane. Many of the more modern cremators have adjustable computer control systems that monitor the furnace during cremation to ensure legal and safety requirements (e.g. the door cannot be opened until the cremator reaches its optimum temperature). Jewelry, such as wristwatches and rings, are ordinarily removed and returned to the family. The only non-natural item required to be removed is a pacemaker. A pacemaker could explode and damage the cremator. In the UK, and possibly other countries, the undertaker is required to remove pacemakers prior to having the body delivered to the crematorium, and must sign a declaration stating that the item was removed. During the cremation process, once the cremator has reached optimum temperature (760 to 1150 °C (1400 to 2100 °F), the body is placed in a chamber called the retort, which is lined with refractory - brick designed to retain the amount of heat involved with the process. It is inserted into the retort through the top-opening door by use of a charger or motorized trolley. During the cremation process, the body organs and other soft tissue are vaporized and oxidized due to the heat, and the gases are discharged through the exhaust system. The entire process usually takes about two hours. After the body has been cremated, all that mostly remains are dry bone fragments consisting of mostly calcium phosphates and minor minerals. There will also be melted metal lumps from missed jewelry, casket furniture, dental fillings, and/or surgical implants. The color is usually light gray and these bone fragments represent very roughly 3.5% of the body's original mass (2.5% in children). Because the weight of dry bone fragments is so closely connected to skeletal mass, weight can vary greatly from person to person (there has been found to be a correlation between this weight and the person's sex and height). The bone fragments are then swept out of the retort, passed through a magnetic field to remove any bits of metal and any remaining large pieces are pulverized* using a cremulator, which grinds these pieces into finer bone fragments. The result is grains of sand or wood-ash appearance (depending upon the efficiency of the cremulator) and chips of very dry bone. This is one of the reasons cremated remains are called ashes although a technical term sometimes used is "cremains". The ashes are placed in a container, which can be anything from a simple cardboard box to a fancy urn and then given to relatives or loved ones or transported to another specified location. Families can decide if the cremated remains are going to be divided among the decedent's loved ones or for placed in different locations. Placement can be at a cemetery (regular grave or a cremation grave), in a columbarium area located at a church or cemetery, Arlington National Cemetery (if a veteran), or at the home of loved ones. *Note: In Japan, the bones are not pulverized unless requested beforehand, and are collected by the family. Some funeral cremations allow relatives to view the cremation process. This is sometimes done for religious reasons, such as traditional Hindu and Jain funerals. One unavoidable consequence of a funeral cremation is that tiny residue of bodily remains is left in the chamber after cremation and mixes with subsequent cremations.
Creative Uses of RemainsCremated remains are usually returned to the family in a rectangular plastic container that is contained within a further cardboard box or velvet sack, or in an urn purchased by the family. An official Certificate of Cremation accompanies the remains and, if required by law, a permit for disposing the ashes. The remains can be kept in an urn, sprinkled on a special field, mountain, scattered in the sea, or buried in the ground at any location. In addition, there are several services that will assist you with scattering the remains in a variety of ways and locations. For example, using a helium balloon, fireworks, or airplane to scatter ashes has been done by some people. One service will send a lipstick-tube sized sample of the cremains into low earth orbit, where they remain for years, before re-entering the earth's atmosphere. Another company claims to turn part of the cremains into a diamond in an artificial diamond manufacturing machine. Cremains may also be incorporated, with urn and cement, into part of an artificial reef, or mixed with paint and made into a portrait of the deceased. Cremated remains can be scattered in national parks in the US, with a special permit. They can also, with the owner's permission, be scattered on private property. A portion of the cremated remains may be retained in a specially designed locket known as a keepsake pendant. The cremated remains may also be entombed. Most cemetaries will grant permission for burial of cremains in occupied cemetary plots which have already been purchased or are in use by the families disposing of the cremains, without any additional charge or oversight. The final disposition depends on the personal wishes of the deceased as well as their cultural and religious beliefs. Some religions will permit the cremated remains to be sprinkled or kept at home. Other religions, such as Roman Catholicism, insist on either burying or entombing the remains. Hinduism obliges the closest male relative (son, father, husband, etc.) of the deceased to immerse the cremated remains in the holy river Ganges, preferably at the holy city of Haridwar, India. The Sikhs and Punjabi Hindus immerse the remains in Sutlej, usually at Sri Harkiratpur. In Japan and Taiwan, the remaining bone fragments are given to the family and are used in a burial ritual before the final interment.
Reasons for Choosing Funeral CremationsPersonal, Environmental, ReligiousApart from religious reasons, some people choose funeral cremation for personal reasons - quick disposition of the body, while some people are put off at the thought of a long and slow decomposition process. There also exist environmental concerns. Some individuals view a funeral cremation as a way of simplifying the funeral process. They see a traditional burial as an unnecessary complication of the process and desire for the service to be as simple as possible. The cost factor also tends to make cremation an attractive alternative to the traditional burial, as cremation costs less than traditional burial services. And having a direct cremation can decrease these costs even further. Direct cremation involves the body being cremated as soon as legally possible without any sort of memorial service. However, the costs can increase and vary widely, in terms of the amount of service being conducted. The funeral cremation can follow a full traditional funeral service, which adds to the cost. The type of container used will also influence this cost. Cremated remains can be buried or scattered. While cremation burial plots or columbarium niches usually cost less than a traditional burial plot or mausoleum crypt and require less space, the method chosen to scatter the remains can be costly. Some religions, such as Roman Catholicism, require the burial or entombment of cremated remains, but the burial of the cremains may be accomplished in the burial plot of another person, such as a family member, without any additional cost. To some, cremation might be preferable for environmental reasons. Traditional burial takes up a lot of space. In a traditional burial the body is buried in a casket made from a variety of materials. In the US, the casket is often placed inside a concrete vault or liner before being buried in the ground. While individually, space does not pose a problem, over time, the number of burials in one place causes serious space concerns. Many cemetaries, particularly in Japan, and in other larger cities, are running out of permanent space. In Tokyo, traditional burial plots are extremely scarce and expensive. In London, a space crisis led to a proposal of re-opening old graves for "double-decker" burials. Traditional burials are also a known source of certain environmental contaminants. Embalming fluids, for example, are known to contaminate groundwater with mercury, arsenic and formaldehyde. Funeral caskets are another known source of contamination. Another concern is the contamination from radioisotopes that entered the body before death or burial. However, there is a growing body of research that indicates cremation is also having a significant impact on the environment. In addition to Persistent Organic Pollutants (POP), major emissions from crematories include nitrogen oxides, carbon monoxide, sulfur dioxide, particulate matter, mercury, hydrogen fluoride, hydrogen chloride (HCl), NMVOCs, and other heavy metals. According to the United Nations Environment Programme report on POP Emission Inventory Guidebook, emissions from crematoriums, although comparatively small on an international scale, are still statistically significant. The POP inventory indicates that crematoria contribute 0.2% of the global emission of dioxins and furans. So, while it appears that cremation is the more environmentally sound method, who is to say what results will look like hundreds, or thousands of years from now.
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