Immediate Need: (651) 774-9797
Interra Green Burial is here to empower you with choice. To find out which of our green burial options is the right fit for you or your person, you first need to understand which natural burial services are available. Interra can arrange for natural burial, flameless cremation, and organic body composting.
Natural burials, or green burials are currently the best funeral option for those in Minnesota looking to have the smallest environmental impact. In this type of burial, a body is placed in a natural biodegradable casket, carrier, or shroud. These items provide safe transportation of the body and are made of all natural materials like wood, bamboo, seagrass, or linen.
Learn More on Human Composting
Unlike conventional burials, with green burial the body is interred directly in the earth, with no embalming, and sometimes with no headstone or other permanent marker. A green burial cemetery will not require that an outer burial container be used, but hybrid cemeteries may require a permeable grave liner. If a headstone is not used, records are kept by the green cemetery, and often GPS is used, to record the identity and location of the individuals buried in their land.
Green burial allows the body to naturally reduce over time, the nutrients contained in the body can be returned to the earth, and the carbon in the body is sequestered from the atmosphere by the land. In addition, this type of burial preserves greenspace, as the burial sites can be in approved natural areas or in grassy hybrid cemeteries.
In February 2023 Interra Green Burial by Mueller became the only green burial services provider in the state of Minnesota to be certified by the national Green Burial Council. Interra was also granted the National Funeral Directors’ Association’s Green Funeral Practices Award.
Flameless cremation goes by many names. Also known as alkaline hydrolysis, green cremation, resomation, aquamation, or water cremation, it is an alternative to traditional cremation that uses liquid instead of flame to accelerate the breakdown of tissue.
During aquamation, the body is placed in a stainless-steel vessel filled with a mixture of water and a strong base chemical, usually potassium hydroxide, which is heated and pressurized to accelerate the natural process of decomposition.
Over the course of several hours, the high temperature and alkaline solution break down the body's organic material, leaving behind only the bones and remaining liquid.
What Happens to the Liquid?
The remaining liquid is free from DNA and tissues and is sterile. It contains peptides, sugars, salts, and amino acids, and is released with all other wastewater. It is considered a valuable contribution to water systems and in some states has even been used as fertilizer.
What Happens to the Bone?
As is done for flame cremation, the remaining bone material is milled into a fine powder that is a brighter white and more substantial than the remains of flame cremation, and those aquamated remains are returned to the family.
Aquamation is widely accepted as a more environmentally friendly option than traditional burial or cremation, as it uses less energy and produces fewer greenhouse gas emissions. Depending on which article you read, aquamation is estimated have 4 to 10 times less carbon impact than flame cremation.
Once water cremation takes place, just like with flame cremation, the body has legally met the requirements for “final disposition” by the Minnesota Department of Health. These remains are then typically placed in an urn or other container and returned to the family.
To avoid cremated remains from being forgotten in a closet or abandoned when they are unexpectedly inherited, which really does happen, it is a good idea to create a plan for meaningful permanent memorialization.
Auqamated remains often find permanent memorialization by being interred in a cemetery plot or placed in a columbarium niche, scattered in a meaningful place, being solidified into stones, or being incorporated into a conservation preserve. As an example, Better Place Forests in Marine on St Croix, MN offers scattering under a personally dedicated tree in their lush, established forest.
For those who wish to have their cremated remains incorporated into a planting or say, “just turn me into a tree,” cremated remains are not comparable to soil, they are very alkaline and contain concentrations of salt. So the ashes would need to be chemically manipulated or greatly diluted with soil in order to actually sustain a plant or tree.
Matthews Environmental Solutions, a company which makes and sells cremation retorts, estimates that each traditional flame cremation produces an average of 534.6 pounds of carbon dioxide. The amount of carbon released in the form of CO2 is directly proportional to the amount of fuel used in the cremation process plus the 27% of the human body that is carbon.
So crematories which run efficiently and allow the retort to remain at a high temperature between cremations will likely have a lower CO2 output. But using Matthews calculation leads to an estimate that flame cremations in the United States create about 360,000 metric tons of carbon dioxide emissions each year.
Alkaline Hydrolysis (or water cremation) has no direct emission of greenhouse gasses into the atmosphere. The process does not use fossil fuels and is reported by the vessel’s manufacturer to create a 90% energy savings over traditional cremation.
Natural Organic Reduction, or NOR, is a natural means of disposition that has been in use for animals for a very long time, but is only recently being permitted for humans. The process is very similar to traditional composting, in that a human body is entered into a vessel with fibrous material, like wood chips and alfalfa hay, and allowed to naturally compost over a matter of months.
This process, which is backed by science from Washington State University, goes by many names. At WSU it is called natural organic reduction, it is also known as human composting, body composting, recompostion, terramation, and soil transformation.
Though each provider has a different means of delivering the desired result, the science is similar. Inside the enclosed vessel the aerobic bacteria that naturally exists in and on every human body begin the decomposition process. The sturdy fibrous material added ensures there are pockets of air for the desirable thermophilic (heat loving) bacteria to consume proteins and sugars. This large amount of microbial activity creates heat elevating the temperature to the desired 131 degrees Fahrenheit. Gentle, intentional turning of the vessel allows for continued aeration and to keep the temperature in the desired range of 131 to 165 degrees Fahrenheit.
The amount of time it takes to compost tissue depends on the size of the person and the NOR provider, but most processes take about 8-16 weeks. Recomposition produces roughly one cubic yard of nutrient-rich compost very suitable for planting. Families can choose to claim either all or some of the resulting compost material, and in the case of our partners in Washington, any remaining compost will be donated to their nearby Woodland property where they revitalize local flora.
As of early 2023, terramation is currently permitted in only six states, with roughly 15 additional states currently making efforts to legalize it, Minnesota is one of the states working on legalization.
Human composting became legal in Minnesota in May 2024, but cannot be practiced in the state until July 1, 2025. Until that date transporting a body to a state where it is legal is absolutely possible. Interra Green Burial by Mueller Memorial has relationships with body composting facilities in Washington state and can manage the care and transportation of unembalmed human remains to Return Home Green Funeral Home in Auburn, WA for terramation composting.
There are several reasons why people are increasingly choosing green funerals and alternative forms of disposition, such as green burial, aquamation, or terramation.
Overall, the growing interest in green funerals and alternative forms of disposition reflects a growing awareness of the impact that our choices have on the environment, as well as a desire to honor personal values, traditions, and beliefs about death and dying.
Green burial service is a broad term that includes all ecological or more sustainable final disposition options which can include green burial, natural organic reduction (human composting), burial at sea, and alkaline hydrolysis (water cremation).
There are a few factors to consider when choosing a final disposition. To pick the one that is right for you, consider; the cultural, spiritual, or religious rules you follow; environmental impact; a reasonable budget for your family; and whether permanent memorialization or a place to visit is important to you.
Of the services Interra offers right now–natural organic reduction, green burial, and alkaline hydrolysis–the best is green burial. This is only because, until it is legal in Minnesota, we have to travel out of state to perform natural organic reduction, also called human composting. Green burial is also able to provide the familiar ceremonial feeling of a traditional funeral while still making an eco-friendly choice.
The price for any funeral service varies depending on what sort of services the individual chooses. Interra Green Burial by Mueller Memorial provides green burial services starting at about $3850 before the chosen carrier and cemetery fees, alkaline hydrolysis is offered at about $4010, and out-of-state human composting is roughly $8100 before air transportation.
About Us
Our Locations
Obituaries
Services
All Interra Green Burial services include free access to Grief Compass, an exclusive program which offers just a little bit of help navigating loss.
Take advantage of practical, approachable tips and insights delivered directly to your inbox, so you don't have to face bereavement alone, but with a gentle guide.