Weird Burial Stories

This article contains Amazon affiliate links. If you purchase through them, Weird Burial Stories earns a small commission at no extra cost to you.

# Aquamation vs. Cremation: The Definitive 2024 Guide to Science, Cost, and Environmental Impact

Aquamation vs. Cremation is a comparison between two distinct processes for body disposition after death: alkaline hydrolysis and high-heat incineration. While both methods result in cremated remains (often called "ashes"), they differ significantly in their scientific mechanisms, environmental footprints, and the costs associated with them, offering modern alternatives to traditional burial for death history enthusiasts exploring contemporary mortuary science.

1. [The Enduring Quest for Body Disposition: A Historical Overview](#the-enduring-quest-for-body-disposition-a-historical-overview) 2. [Cremation: The Fiery Farewell](#cremation-the-fiery-farewell) 3. [Aquamation: The Gentle Dissolution](#aquamation-the-gentle-dissolution) 4. [Aquamation vs. Cremation: A Side-by-Side Comparison](#aquamation-vs-cremation-a-side-by-side-comparison) 5. [Environmental Footprint: A Greener Goodbye?](#environmental-footprint-a-greener-goodbye) 6. [Cost Considerations: What to Expect](#cost-considerations-what-to-expect) 7. [Legal and Cultural Acceptance: A Shifting Landscape](#legal-and-cultural-acceptance-a-shifting-landscape)

The Enduring Quest for Body Disposition: A Historical Overview

For millennia, humanity has grappled with the inevitable question of what to do with the physical remains of the deceased. From the elaborate mummification rituals of ancient Egypt to the sky burials of Tibetan Buddhism, and from the megalithic tombs of prehistoric Europe to the solemn churchyard interments of the medieval era, each culture and epoch has developed unique methods reflecting their beliefs about life, death, and the afterlife. These practices weren't just about disposing of a body; they were deeply intertwined with spiritual convictions, social structures, and environmental realities.

For much of Western history, earth burial reigned supreme, rooted in Abrahamic traditions that emphasized the body's eventual resurrection. However, as populations grew, urban centers expanded, and sanitary concerns mounted, alternatives began to emerge. The late 19th century saw a resurgence of cremation, driven by public health advocates and freethinkers who viewed it as a more hygienic and modern solution. This shift marked a significant departure from centuries of tradition, paving the way for further innovation in body disposition. Understanding this historical context is crucial for appreciating the modern debate between aquamation vs. cremation, as both represent contemporary answers to an ancient human dilemma.

Ancient Roots of Body Disposition

The earliest forms of body disposition often involved simple interment or exposure to the elements. Archaeological evidence from sites like the Shanidar Cave in Iraq suggests Neanderthals engaged in ritualistic burials as far back as 60,000 years ago, sometimes including grave goods and flowers. In ancient China, elaborate tombs for emperors like Qin Shi Huang, guarded by his Terracotta Army, showcased an unparalleled dedication to the deceased's journey into the afterlife. The Vikings, known for their seafaring prowess, occasionally practiced ship burials, sending their chieftains off with their most prized possessions, sometimes even setting the vessel ablaze as a fiery send-off. These diverse practices highlight humanity's long-standing desire to honor the dead and provide a meaningful transition, whether through preservation, destruction, or ritualistic placement.

The Rise of Cremation in the Modern Era

While cremation has ancient roots in cultures like the Greeks, Romans, and Hindus, its widespread adoption in the Western world is a relatively recent phenomenon. The modern cremation movement began in the late 19th century, fueled by concerns over overcrowded cemeteries, public health, and a growing secularization of society. The first modern crematorium in the United States was built in Washington, Pennsylvania, in 1876 by Dr. Francis Julius LeMoyne, a pioneer who advocated for cremation as a sanitary and efficient alternative to burial. Early proponents faced significant opposition from religious institutions, particularly the Catholic Church, which only lifted its ban on cremation in 1963 (though still preferring burial). Despite initial resistance, cremation steadily gained acceptance, becoming a mainstream option by the late 20th and early 21st centuries, driven by changing societal values, economic factors, and environmental awareness.

The Search for Sustainable Alternatives

As environmental consciousness grew in the late 20th and early 21st centuries, the ecological impact of traditional burial (land use, embalming chemicals) and even cremation (fossil fuel consumption, air emissions) came under scrutiny. This renewed focus on sustainability spurred innovation in the funeral industry, leading to the development and popularization of "green" burial practices, such as natural burial, and novel technological solutions like aquamation. The desire to minimize environmental harm, conserve resources, and offer more eco-friendly choices has become a significant driver for many individuals and families when planning for final disposition, shifting the conversation beyond mere practicality to encompass ethical and ecological considerations. This ongoing search reflects a deeper human connection to the environment, even in death.

📚 Recommended Resource: Smoke Gets in Your Eyes: And Other Lessons from the Crematory by Caitlin Doughty This poignant and often humorous memoir offers a rare glimpse behind the scenes of the funeral industry, exploring the realities of death care and challenging conventional views on mortality. It's an essential read for anyone curious about the practicalities and philosophies surrounding body disposition in the modern world. [Amazon link: https://www.amazon.com/dp/0393351904?tag=seperts-20]

Cremation: The Fiery Farewell

Cremation, at its core, is the process of reducing a body to bone fragments through intense heat. For centuries, across various cultures, fire has been seen as a purifier, a transformative element that releases the spirit from its earthly vessel. In the modern context, cremation is a highly controlled, standardized procedure carried out in specialized facilities called crematories. The process involves placing the deceased's body, typically in a combustible container like a coffin or rigid cardboard box, into a cremation chamber (retort) where temperatures reach extreme levels, effectively incinerating organic matter.

The resulting "ashes" are not actually ash in the traditional sense, but rather bone fragments that have been pulverized into a coarse, sand-like substance. This method has become increasingly popular globally due to its perceived simplicity, lower cost compared to traditional burial in many regions, and the flexibility it offers for memorialization, allowing remains to be scattered, interred in an urn, or kept by loved ones. Understanding the mechanics of cremation is vital when considering aquamation vs. cremation, as it provides the established benchmark against which newer methods are often compared.

The Science of Incineration

Modern cremation relies on a process known as calcination, which is the thermal decomposition of a solid material at high temperatures. In a cremation chamber, temperatures typically range from 1,400 to 1,800 degrees Fahrenheit (760 to 982 degrees Celsius). At these extreme temperatures, the body's soft tissues are vaporized and oxidized, leaving behind only the skeletal structure. The intense heat also sterilizes the remains. The process usually takes between 1.5 to 3 hours, depending on factors such as the body's composition, the type of cremation unit, and the operating temperature. After the initial incineration, the remaining bone fragments, which are brittle and porous, are allowed to cool before being processed.

The Cremation Process: Step-by-Step

The journey from deceased to cremated remains follows a strict protocol to ensure dignity and accuracy.

* Step 1 of 5: Identification and Documentation: Upon arrival at the crematory, the deceased's identity is meticulously verified against all paperwork. This often involves multiple checks and tags to prevent errors. * Step 2 of 5: Preparation: Any medical devices, such as pacemakers, which could explode under high heat, are removed. The body is then placed into a suitable cremation container, typically a simple wooden or cardboard casket. * Step 3 of 5: Incineration: The containerized body is moved into the cremation chamber, where it is exposed to temperatures between 1,400-1,800°F (760-982°C). This process takes several hours. * Step 4 of 5: Cooling and Processing: After incineration, the remaining bone fragments are allowed to cool. Metal objects (surgical implants, dental fillings) are removed using magnets or by hand and are typically recycled. The cooled fragments are then processed in a cremulator, a specialized machine that grinds them into the fine, uniform "ashes" familiar to most. * Step 5 of 5: Return of Remains: The cremated remains are placed into a temporary urn or a chosen permanent urn, along with a metal identification disc, and returned to the family.

What are "Ashes" Really?

The term "ashes" is a common misnomer. What is returned to families after cremation is not the fine, powdery ash one might associate with burning wood. Instead, they are primarily pulverized bone fragments, along with trace amounts of minerals. These fragments are typically greyish-white in color and have a coarse, granular texture, similar to coarse sand or fine gravel. The volume of remains varies depending on the individual's bone density and stature, but typically weighs between 4 to 8 pounds for an adult. Understanding this distinction is important for those considering cremation, as it clarifies the physical nature of the final product.

Aquamation: The Gentle Dissolution

Aquamation, also known as alkaline hydrolysis, resomation, bio-cremation, or water cremation, is a relatively newer method of body disposition that uses water, alkaline chemicals (typically potassium hydroxide), heat, and pressure to accelerate the natural decomposition process. Instead of fire, it employs chemistry to return the body to its basic elements. The process was first developed in the early 1990s for animal carcasses but has gained traction for human remains in the 21st century as an environmentally friendlier alternative to traditional cremation.

For those exploring the nuances of aquamation vs. cremation, aquamation offers a distinct approach. It mimics the natural breakdown of the body that occurs during burial, but at a significantly faster rate, producing sterile liquid effluent and bone fragments. The name "aquamation" itself highlights its primary medium – water – contrasting sharply with the fire-based nature of conventional cremation, and appealing to the morbidly curious interested in cutting-edge mortuary science.

The Science of Alkaline Hydrolysis

Alkaline hydrolysis is a biochemical process that uses a strong alkaline solution (usually a mixture of 95% water and 5% potassium hydroxide or sodium hydroxide) to break down organic matter. The body is placed in a stainless steel chamber, which is then filled with the alkaline solution. The chamber is heated to temperatures between 200-350°F (93-177°C) and pressurized to prevent boiling. This controlled environment accelerates the hydrolysis of the body's proteins, fats, and nucleic acids. Over a period of 4 to 16 hours, the chemical solution dissolves all organic tissues, leaving behind only the sterile bone mineral and a sterile, non-toxic liquid. This liquid, composed of amino acids, peptides, sugars, and salts, is typically returned to the wastewater treatment system.

The Aquamation Process: A Detailed Look

The aquamation process is a meticulous procedure designed for both efficiency and respect.

* Step 1 of 4: Preparation and Placement: The deceased is gently placed into a biodegradable pouch or container. This container is then loaded into a specialized stainless steel aquamation chamber. * Step 2 of 4: The Hydrolysis Cycle: The chamber is sealed, and an alkaline solution (water and a small amount of potassium hydroxide) is introduced. The solution is heated to a moderate temperature (around 200-350°F) and pressurized. The cycle typically lasts 4 to 16 hours, depending on the specific equipment and desired outcome. * Step 3 of 4: Rinsing and Drying: Once the hydrolysis cycle is complete, the chamber is drained of the liquid effluent. The remaining bone fragments are then rinsed with clean water and allowed to dry. * Step 4 of 4: Processing and Return: Similar to cremation, the dried bone fragments are then processed in a cremulator to achieve a fine, uniform consistency. The resulting "ashes" are placed into an urn and returned to the family.

The "Ashes" from Aquamation

The remains from aquamation are visually very similar to those from flame cremation, though they tend to be whiter and more delicate due to the absence of scorching. They are also composed primarily of calcium phosphate, the mineral component of bone. The volume and weight are comparable to flame-cremated remains, typically 4-8 pounds for an adult. The key difference lies in the process that created them: one through fire, the other through water and chemistry. This distinction is often a significant factor for families choosing between aquamation vs. cremation, particularly those seeking a gentler or more environmentally conscious option.

📚 Recommended Resource: Stiff: The Curious Lives of Human Cadavers by Mary Roach Mary Roach takes readers on an irreverent yet deeply informative journey into the world of human cadavers, exploring their roles in science, medicine, and beyond. This book offers a fascinating, often humorous, look at the practicalities of the human body after death, making it perfect for those interested in mortuary science and the various fates of our physical forms. [Amazon link: https://www.amazon.com/dp/0393324826?tag=seperts-20]

Aquamation vs. Cremation: A Side-by-Side Comparison

When faced with the decision between aquamation vs. cremation, understanding their fundamental differences and similarities is paramount. While both methods achieve the same end result – the reduction of the body to bone fragments suitable for interment, scattering, or keeping – their processes, environmental impacts, and even the nature of the final remains offer distinct considerations. This comparison aims to provide a clear overview, helping death history enthusiasts and those planning for their own end-of-life arrangements to make informed choices. The choice often boils down to personal values, environmental concerns, and local availability.

Key Differences in Process

The most significant difference between aquamation and cremation lies in the mechanism of body reduction. Cremation uses extreme heat and fire, rapidly incinerating organic matter. Aquamation, conversely, uses water and alkaline chemicals, gently dissolving tissues over a longer period. This fundamental distinction impacts everything from energy consumption to air emissions. Cremation is a dry, fiery process, while aquamation is a wet, chemical one. This difference is often highlighted by proponents of aquamation as being "gentler" or more "natural," akin to accelerated decomposition in soil, without the carbon footprint associated with burning.

Similarities in Outcome

Despite their contrasting processes, the end result of both aquamation and cremation is remarkably similar. Both methods yield sterile bone fragments, which are then processed into a fine, sand-like substance commonly referred to as "ashes." These remains are safe to handle, can be kept in an urn, scattered, or buried, offering families the same range of memorialization options. The volume and weight of the remains are also comparable. Both processes also eliminate the need for embalming, which is a significant factor for those concerned about the environmental impact of embalming fluids.

Aquamation vs. Cremation: A Comparative Table

Environmental Footprint: A Greener Goodbye?

In an era of increasing environmental awareness, the ecological impact of end-of-life choices has become a significant consideration for many. Both aquamation and cremation offer alternatives to traditional burial, which, with its land use, casket materials, and embalming chemicals, also carries an environmental cost. However, when comparing aquamation vs. cremation specifically on their environmental footprints, distinct differences emerge, positioning aquamation as a potentially "greener" option. This aspect is particularly appealing to the morbidly curious who are also environmentally conscious, seeking ways to minimize their impact even after death.

Cremation's Environmental Impact

While cremation avoids land use associated with burial and the use of embalming chemicals, it is not without its own environmental drawbacks. The primary concern is the significant energy consumption required to heat the cremation chamber to extremely high temperatures, typically powered by natural gas or propane. This results in the release of greenhouse gases, primarily carbon dioxide, contributing to climate change. Additionally, the process can release pollutants into the atmosphere, such as mercury (from dental fillings), dioxins, furans, and particulate matter, although modern crematories are equipped with filtration systems to mitigate these emissions. The carbon footprint of a single cremation is often estimated to be equivalent to a 500-mile car journey.

Aquamation's Environmental Advantages

Aquamation is frequently lauded for its significantly lower environmental impact compared to flame cremation.

* Lower Energy Consumption: Aquamation uses approximately 85-90% less energy than flame cremation because it operates at much lower temperatures. * Reduced Carbon Footprint: With less energy consumption, aquamation produces a substantially smaller carbon footprint, often cited as 1/10th of that of flame cremation. * No Atmospheric Emissions: Unlike flame cremation, aquamation does not release harmful gases like mercury, dioxins, or particulate matter into the atmosphere. The process is entirely contained within a sealed chamber. * Sterile Effluent: The liquid byproduct, composed of water and organic compounds, is sterile and non-toxic. It is typically returned to the water cycle via municipal wastewater treatment facilities, where it can even be beneficial, acting as a nutrient source for plants. * Resource Conservation: Aquamation avoids the use of non-renewable resources like natural gas to the same extent as cremation and eliminates the need for caskets that would otherwise be burned.

Case Study: Green Burial Council Endorsement — Before/After

The Green Burial Council (GBC), a non-profit organization promoting environmentally sustainable death care, has endorsed alkaline hydrolysis (aquamation) as a green disposition method. Before the widespread availability of aquamation, environmentally conscious individuals primarily sought natural burial as their "green" option, which involves direct earth interment without embalming, in a biodegradable shroud or casket, and in a designated natural burial ground. While natural burial remains the gold standard for some, its availability is limited, and it may not appeal to everyone.

Before: The GBC's focus was heavily on natural burial as the primary eco-friendly choice, educating the public on its benefits and certifying natural burial grounds. After: With the advent and increasing availability of aquamation, the GBC recognized its significant environmental benefits, particularly its low carbon footprint and lack of air emissions. They now certify aquamation providers, offering it as an equally valid "green" alternative to natural burial for those who prefer cremation-like remains without the environmental impact of flame cremation. This endorsement highlights aquamation's position as a leading sustainable option in modern death care.

Cost Considerations: What to Expect

The financial aspect of end-of-life arrangements is a crucial factor for many families. While both aquamation and cremation are generally less expensive than traditional full-service burials with embalming and a casket, their costs can vary significantly based on location, provider, and additional services chosen. Understanding these cost differences is essential for informed decision-making when weighing aquamation vs. cremation, especially for those who appreciate the practicalities alongside the historical and scientific aspects of death care.

Factors Influencing Cremation Costs

The cost of flame cremation in the United States typically ranges from $1,000 to $3,000, though it can be higher with added services. Several factors contribute to this variation:

* Geographic Location: Costs can differ significantly between urban and rural areas, and across different states. * Funeral Home vs. Direct Crematory: Choosing a funeral home that then contracts with a crematory is often more expensive than arranging direct cremation through a crematory facility itself. * Type of Service: Direct cremation (no viewing, no funeral service) is the least expensive. Adding a memorial service, viewing, or embalming will increase the cost. * Container/Casket: While a fancy casket isn't required, a rigid, combustible container is. Basic cardboard containers are the cheapest option. * Urn: The cost of an urn can range from a simple temporary container (often included) to elaborate, custom-designed vessels costing hundreds or thousands of dollars. * Additional Fees: These can include transportation of the body, death certificate fees, and permits.

Factors Influencing Aquamation Costs

Aquamation is often slightly more expensive than flame cremation, primarily due to its newer technology and less widespread availability. The cost typically ranges from $1,500 to $4,000, but can vary.

* Availability: As aquamation is not yet legal or widely available in all states, its limited access can sometimes drive up prices where it is offered. * Equipment Investment: The specialized equipment for alkaline hydrolysis is a significant investment for funeral homes, which can be reflected in the service cost. * Utility Costs: While more energy-efficient than cremation, aquamation still incurs utility costs for electricity and water. * Provider Experience: Newer providers might offer competitive pricing to attract clients, while established ones might charge a premium. * Ancillary Services: Like cremation, the final cost will depend on whether families opt for additional services such as a memorial gathering, viewing, or a specialized urn.

Checklist for Comparing Costs

When comparing aquamation vs. cremation, use this checklist to ensure you're getting a comprehensive quote:

* ✅ Basic Service Fee: What does the core process cost? * ✅ Container/Casket: Is a basic option included, or is there an upgrade fee? * ✅ Transportation: Is removal of the deceased included, and from where? * ✅ Permits & Death Certificates: Are these administrative fees itemized? * ✅ Urn: Is a temporary urn provided, and what are the options for permanent urns? * ✅ Preparation: Are there any charges for refrigeration or basic preparation? * ✅ Memorial Services: What are the costs if you choose to have a viewing or memorial service before or after the disposition? * ✅ Storage Fees: Are there any daily fees if remains are not picked up promptly? * ✅ Taxes: Are all applicable taxes included in the quoted price?

Legal and Cultural Acceptance: A Shifting Landscape

The legal and cultural acceptance of body disposition methods are deeply intertwined, reflecting societal values, religious beliefs, and scientific understanding. While traditional burial and flame cremation have long-established legal frameworks and cultural norms, aquamation represents a newer frontier, steadily gaining ground but still facing hurdles in some regions. For death history enthusiasts, observing this evolution provides a fascinating insight into how societies adapt to new technologies and changing perspectives on death.

The Legal Status of Aquamation

As of late 2023/early 2024, aquamation (alkaline hydrolysis) is legally permitted in over 30 states across the United States, with more states actively considering legislation. The first state to legalize it for human remains was Florida in 2011, though the technology had been used for animal disposition for decades prior. States like California, Colorado, Oregon, and Washington have also embraced it, often driven by environmental concerns and consumer demand for more options. However, some states still lack specific legislation, or have explicitly prohibited it, often due to unfamiliarity with the technology, perceived "newness," or lobbying from traditional funeral industry segments. The legal landscape is dynamic, and it's crucial to check current regulations for your specific location.

Religious and Cultural Perspectives

Religious views play a significant role in the acceptance of disposition methods.

* Christianity: While traditional burial remains the preferred method for many Christian denominations, the Catholic Church permits cremation (since 1963) as long as it doesn't deny belief in resurrection and the remains are treated with reverence, typically interred. Aquamation, being a form of cremation, generally falls under similar guidelines, though specific denominational stances may vary. Some denominations may view it as less "natural" than burial or flame cremation, while others embrace its environmental benefits. * Judaism & Islam: Both Judaism and Islam traditionally prohibit cremation, favoring immediate burial as a return to the earth. Aquamation, as a form of body dissolution, is generally not accepted within these faiths, as it deviates from their prescribed burial rites. * Hinduism & Buddhism: Both faiths traditionally practice flame cremation, viewing it as a release of the soul from the body. Aquamation, as a water-based form of body reduction, may find acceptance among some adherents, particularly those who prioritize environmental considerations, though it deviates from the traditional fire ritual. * Secular & Humanist: For individuals with secular or humanist beliefs, the choice often comes down to personal preference, environmental impact, and cost. Aquamation's ecological advantages often make it an appealing choice for this demographic.

Public Perception and Acceptance

Public perception of aquamation is evolving. Initially, many people were unfamiliar with the term or the process, sometimes reacting with skepticism or discomfort due to its chemical nature. However, as awareness grows, particularly through media coverage and advocacy from environmental groups and progressive funeral professionals, acceptance is increasing. Proponents emphasize its "gentle" nature, the lack of emissions, and the preservation of the bone structure, which can be appealing to those who find flame cremation too harsh. The term "water cremation" has also helped demystify the process, making it more accessible to the general public. As more funeral homes offer it, and as its environmental benefits become more widely known, aquamation is likely to continue its trajectory toward broader acceptance.

Frequently Asked Questions

Q: What are the main differences between the "ashes" from aquamation and cremation? A: Both processes yield bone fragments that are processed into a granular substance. Aquamation remains tend to be whiter and more delicate due to the absence of scorching, while cremation remains can be greyish and slightly darker. The volume and weight are generally comparable.

Q: Is aquamation considered more environmentally friendly than cremation? A: Yes, aquamation is widely considered more environmentally friendly. It uses significantly less energy (85-90% less), produces no atmospheric emissions (like mercury or greenhouse gases), and results in a sterile liquid effluent that can be safely returned to the water cycle.

Q: Is aquamation legal in all U.S. states? A: No, aquamation is not yet legal in all U.S. states. As of late 2023/early 2024, it is legal in over 30 states, and legislation is pending in others. It's important to check the specific laws of your state or locality.

Q: What is the average cost of aquamation compared to cremation? A: Aquamation is often slightly more expensive than flame cremation, with costs typically ranging from $1,500 to $4,000, while cremation generally falls between $1,000 and $3,000. Costs vary by location, provider, and additional services.

Q: Can religious beliefs influence the choice between aquamation and cremation? A: Absolutely. While some Christian denominations permit cremation (and by extension, often aquamation), Judaism and Islam traditionally prohibit both, favoring burial. Hindu and Buddhist traditions typically practice flame cremation, and their views on aquamation may vary.

Q: What happens to medical implants during aquamation or cremation? A: During cremation, medical implants like pacemakers must be removed prior to the process due to explosion risk. Other metals melt. In aquamation, metal implants remain intact and are removed after the process, then typically recycled.

Q: How long does the aquamation process take? A: The aquamation cycle typically takes between 4 to 16 hours, depending on the specific equipment, temperature, and body composition. This is longer than the 1.5 to 3 hours for flame cremation.

Q: Are there any specific cultural rituals associated with aquamation? A: As a relatively new method, aquamation does not yet have deeply established cultural or religious rituals specifically tied to it. Families often adapt existing memorial practices for cremated remains, choosing to scatter, inter, or keep the ashes in an urn, much like with flame cremation.

Conclusion

The choice between aquamation vs. cremation represents a modern crossroads in the ancient human journey of body disposition. Both methods offer dignified and practical alternatives to traditional burial, each with its unique scientific process, environmental implications, and cost considerations. Flame cremation, with its fiery transformation, remains a widely accepted and often more affordable option, providing flexibility for memorialization. Aquamation, or alkaline hydrolysis, emerges as a compelling, gentler, and significantly more environmentally friendly alternative, leveraging water and chemistry to return the body to its basic elements with a minimal carbon footprint.

For the morbidly curious and those planning for their own end-of-life arrangements, understanding these differences is not just about logistics; it's about aligning personal values, environmental consciousness, and cultural preferences with the final act of care. As technology advances and societal priorities shift towards sustainability, aquamation is steadily gaining legal and cultural acceptance, offering a poignant and responsible choice for a "green" goodbye. The ongoing evolution of death care practices underscores humanity's enduring quest to honor the deceased while adapting to the demands of the present and future.

Want more stories from the edge of death and history? [Join the Burial Codex](https://weirdburialstories.com) — our free newsletter for the morbidly curious — and get instant access to 13 exclusive weird burial stories.

📚 Recommended Resource

Stiff: The Curious Lives of Human Cadavers

by Mary Roach

The definitive dark-funny exploration of what happens to our bodies after death.

$14.99 on Amazon →

FILED UNDER

burial customsdeath historyaquamationalkaline hydrolysismortuary scienceforensic science

ENJOYED THIS STORY?

Join The Crypt for one exclusive deep-dive every week — stories never published anywhere else.

Join The Crypt — $1.99/mo

📜

WANT TO KNOW MORE?

Ask Mortimer the Mortician — our French burial historian AI — anything about this topic or any other.

Ask Mortimer →

💀

Death-Themed Finds

0 Comments

Be the first to leave a comment on this story.

← BACK TO THE ARCHIVE

Aquamation vs. Cremation: The Definitive 2024 Guide to Science, Cost, and Environmental Impact

Table of Contents