An elderly man who devoted most of his life to the incinerator revealed to me that as many as 90 percent of people do not know that after the incineration, the bodies are different from what most people think, not directly transformed into ashes, but need to be processed.
Trouble readers to tap the upper right corner of the "attention", leave your wonderful comment with everyone to explore, thank you for your strong support!
When the bodies of loved ones are sent to the cremator, many people think it is a simple and direct burning process.
Undoubtedly, the real process of incineration is far more complex and professional than imagined.
A recent scandal at a funeral hall in Colorado has placed this often undiscussed topic in the public eye.
Nearly 20 untreated bodies were found there, some even stored for up to 15 years.
The modern combustion process begins with fine preparation.
The staff will first place the body in a specially designed fire-resistant container.
These containers are usually made of high-temperature ceramics or special alloys that can withstand extremely high temperatures.
After the cremator is started, it does not immediately rise to the highest temperature, but has a gradual heating process.
For the first few hours, temperatures remained in a relatively low range, allowing the body to slowly dehydrate, a stage that requires precise temperature control.
When the temperature gradually rises to 800-1200 degrees Celsius, the organic matter in the remains begins to decompose.
In this process, the air flow and temperature distribution within the incinerator are accurately calculated to ensure adequate and uniform combustion.
The whole cremation process usually takes 3-5 hours, depending on the weight of the body, the performance of the cremator, and local operating norms.
After the end of the incineration, it was not the kind of fine powder that people imagined.
In fact, the first thing to see is large pieces of bone fragments, which appear to be grey and retain an approximate shape of the bone.
The staff will have to wait for these debris to cool naturally before they can proceed to the next process.
In this process, they will use powerful magnetic separation equipment to carefully separate the various metal implants.
Including metal accessories in dentures, steel nails and steel plates used in orthopedic surgery, etc.
The final procedure was to place these bone fragments in a specialized ashes grinder.
This machine has a special grinding device inside, which is able to process bone fragments into a uniform and fine powder.
Modern ash grinding machines are usually equipped with dust removal and noise reduction devices to ensure the clean and safe operating environment.
Upon completion of the grinding, the staff will carefully place the ashes in the temporary container, ready to hand over to the family.
Different countries and regions have different regulatory requirements for the combustion process.
In Europe, incinerators must comply with strict environmental standards, including waste gas treatment and energy recovery.
Some advanced incinerators are also equipped with heat recovery systems that convert the heat generated during incineration into electricity or for regional heating.
In recent years, many innovative technologies have emerged in the burial industry.
The New Zealand-promote "water burning" was processed under high-temperature high-pressure conditions by placing the corpses in alkaline solutions.
This method saves 90% more energy than traditional fireworks and does not produce exhaust gas pollution.
The Swedish-developed "burial ice" technique is to freeze bodies at ultra-low temperatures and then break down into powder by vibration.
These new technologies provide people with more environmentally friendly options, but they also face cultural acceptance and regulatory challenges.
Technological innovation cannot replace regulatory management.
The case of the U.S. Cemetery exposed precisely the lack of regulation.
A regular incineration process requires detailed records of each link, including incineration time, temperature curve, operator and other information.
These records are not only for the purpose of ensuring operating norms, but also a message to the family.
At a global level, the handling of unnamed bodies remains a problem.
Different jurisdictions have different regulations on this, but there are common problems such as complicated procedures and difficult departmental coordination.
This requires not only improved legislation, but also the establishment of cross-sectoral collaboration mechanisms.
For families, knowing the true process of cremation can help ease anxiety and doubts.
Many modern firing sites offer transparency services, allowing families to watch the firing process through a monitoring system, or provide detailed operational records.
This transparency is not only respect for the deceased, but also comfort for the living.
With social progress and greater environmental awareness, the choice of burial methods is also increasingly diverse.
Whether choosing traditional incineration or emerging environmentally-friendly burial laws, it is important that this process can fully reflect respect for the deceased and give comfort to the living.
As a burial service provider, ensuring the normalization and transparency of the process andining the professional image of the industry is its most basic responsibility and obligation.
Main source: (Ranger.com-Interpretation of [Heavy mouth and careful entry]: Will the body sit up when cremated?)
Trouble readers to tap the upper right corner of the "attention", leave your wonderful comment with everyone to explore, thank you for your strong support!
When the bodies of loved ones are sent to the cremator, many people think it is a simple and direct burning process.
Undoubtedly, the real process of incineration is far more complex and professional than imagined.
A recent scandal at a funeral hall in Colorado has placed this often undiscussed topic in the public eye.
Nearly 20 untreated bodies were found there, some even stored for up to 15 years.
The modern combustion process begins with fine preparation.
The staff will first place the body in a specially designed fire-resistant container.
These containers are usually made of high-temperature ceramics or special alloys that can withstand extremely high temperatures.
After the cremator is started, it does not immediately rise to the highest temperature, but has a gradual heating process.
For the first few hours, temperatures remained in a relatively low range, allowing the body to slowly dehydrate, a stage that requires precise temperature control.
When the temperature gradually rises to 800-1200 degrees Celsius, the organic matter in the remains begins to decompose.
In this process, the air flow and temperature distribution within the incinerator are accurately calculated to ensure adequate and uniform combustion.
The whole cremation process usually takes 3-5 hours, depending on the weight of the body, the performance of the cremator, and local operating norms.
After the end of the incineration, it was not the kind of fine powder that people imagined.
In fact, the first thing to see is large pieces of bone fragments, which appear to be grey and retain an approximate shape of the bone.
The staff will have to wait for these debris to cool naturally before they can proceed to the next process.
In this process, they will use powerful magnetic separation equipment to carefully separate the various metal implants.
Including metal accessories in dentures, steel nails and steel plates used in orthopedic surgery, etc.
The final procedure was to place these bone fragments in a specialized ashes grinder.
This machine has a special grinding device inside, which is able to process bone fragments into a uniform and fine powder.
Modern ash grinding machines are usually equipped with dust removal and noise reduction devices to ensure the clean and safe operating environment.
Upon completion of the grinding, the staff will carefully place the ashes in the temporary container, ready to hand over to the family.
Different countries and regions have different regulatory requirements for the combustion process.
In Europe, incinerators must comply with strict environmental standards, including waste gas treatment and energy recovery.
Some advanced incinerators are also equipped with heat recovery systems that convert the heat generated during incineration into electricity or for regional heating.
In recent years, many innovative technologies have emerged in the burial industry.
The New Zealand-promote "water burning" was processed under high-temperature high-pressure conditions by placing the corpses in alkaline solutions.
This method saves 90% more energy than traditional fireworks and does not produce exhaust gas pollution.
The Swedish-developed "burial ice" technique is to freeze bodies at ultra-low temperatures and then break down into powder by vibration.
These new technologies provide people with more environmentally friendly options, but they also face cultural acceptance and regulatory challenges.
Technological innovation cannot replace regulatory management.
The case of the U.S. Cemetery exposed precisely the lack of regulation.
A regular incineration process requires detailed records of each link, including incineration time, temperature curve, operator and other information.
These records are not only for the purpose of ensuring operating norms, but also a message to the family.
At a global level, the handling of unnamed bodies remains a problem.
Different jurisdictions have different regulations on this, but there are common problems such as complicated procedures and difficult departmental coordination.
This requires not only improved legislation, but also the establishment of cross-sectoral collaboration mechanisms.
For families, knowing the true process of cremation can help ease anxiety and doubts.
Many modern firing sites offer transparency services, allowing families to watch the firing process through a monitoring system, or provide detailed operational records.
This transparency is not only respect for the deceased, but also comfort for the living.
With social progress and greater environmental awareness, the choice of burial methods is also increasingly diverse.
Whether choosing traditional incineration or emerging environmentally-friendly burial laws, it is important that this process can fully reflect respect for the deceased and give comfort to the living.
As a burial service provider, ensuring the normalization and transparency of the process andining the professional image of the industry is its most basic responsibility and obligation.
Main source: (Ranger.com-Interpretation of [Heavy mouth and careful entry]: Will the body sit up when cremated?)