flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

This world-first facility will turn human remains into soil

Sustainability

This world-first facility will turn human remains into soil

Olson Kundig is designing the project.


By David Malone, Associate Editor | December 3, 2019
Recompose central gathering area

All renderings courtesy Olson Kundig

Olson Kundig recently unveiled the design of the world’s first facility for “natural organic reduction,” a process that gently converts human remains into soil in about 30 days. The project was designed in partnership with, and for, Recompose, the company that offers this natural organic reduction service.

Dubbed Recompose|SEATTLE, the 18,500-sf facility will be built in Seattle’s SODO neighborhood (Washington became the first in the world to legalize this process for the disposition of human remains in April of this year). This third alternative to traditional burials and cremations uses one-eighth the energy of cremation and saves one metric ton of carbon dioxide per person. About one cubic yard of soil is created per person. Friends and family can take some or all of the soil home to grow a tree or garden, with the rest going to nourish conservation land in the Puget Sound region.

 

Recompose vessel

 

The Recompose process is centered around individual natural organic reduction vessels that transform the human remains into clean, usable soil. About 75 of these vessels will be stacked and arranged via a modular system to create a central gathering space in the core of the facility.

 

See Also: Kisawa Sanctuary will be a luxury resort 3D printed from sand

 

While it may sound a bit macabre at first, the facility is designed to be bright and open, with an emphasis on nature, which makes sense, considering nature was the basis for the recomposition process. “We asked ourselves how we could use nature, which has perfected the life-death cycle, as a model for human death care,” said Katriba Spade, Founder and CE, Recompose, in a release. “We saw an opportunity for this profound moment to both give back to the earth and reconnect us with thee natural cycles.”

The facility is slated to open in spring 2021.

Related Stories

Building Team | Jul 1, 2022

How to apply WELL for better design outcomes

The International WELL Building Institute (IWBI) cites attracting top talent, increasing productivity, and improving environmental, social or governance (ESG) performance as key outcomes of leveraging tools like their WELL Building Standard to develop healthier environments.

Green | Jun 22, 2022

The business case for passive house multifamily

A trio of Passive House experts talk about the true costs and benefits of passive house design and construction for multifamily projects. 

Sustainable Design and Construction | Jun 14, 2022

For its new office, a farm in California considers four sustainable design options, driven by data

The architect used cove.tool’s performance measurement software to make its case.

Building Team | Jun 13, 2022

Partnership rethinks emergency shelters to turn them into sustainable, resilient homes

Holcim and the Norman Foster Foundation have struck a partnership to rethink emergency shelters to turn them into sustainable and resilient homes.

Green Specifications | May 12, 2022

MG2’s Sustainable Materials Evaluation System

Learn how MG2’s Sustainable Materials Evaluation System helps clients, prospects, and staff choose the most environmentally feasible materials for their building projects. Candon Murphy, LEED GA, Assoc. IIDA, Design Lab Manager and Materials & Sustainability Specialist with MG2, speaks with BD+C Executive Editor     Rob Cassidy.

Sponsored | BD+C University Course | May 5, 2022

Designing with architectural insulated metal wall panels

Insulated metal wall panels (IMPs) offer a sleek, modern, and lightweight envelope system that is highly customizable. This continuing education course explores the characteristics of insulated metal wall panels, including how they can offer a six-in-one design solution. Discussions also include design options, installation processes, code compliance, sustainability, and available warranties.

Sponsored | Healthcare Facilities | May 3, 2022

Planning for hospital campus access that works for people

This course defines the elements of hospital campus access that are essential to promoting the efficient, stress-free movement of patients, staff, family, and visitors. Campus access elements include signage and wayfinding, parking facilities, transportation demand management, shuttle buses, curb access, valet parking management, roadways, and pedestrian walkways.

Codes and Standards | May 2, 2022

Developer Hines, engineer MKA develop free embodied carbon reduction guide

Real estate management and investment firm Hines has released the Hines Embodied Carbon Reduction Guide. The free guide, produced with Magnusson Klemencic Associates (MKA), is the result of a two-year effort, relying on MKA’s industry-leading knowledge of carbon accounting and involvement in programs such as the Embodied Carbon in Construction Calculator (EC3) Tool.

Codes and Standards | Apr 28, 2022

Architecture firm Perkins&Will to deliver ‘carbon forecasts’ for clients

Global architecture firm Perkins&Will says it will issue its clients a “carbon forecast” for their projects.

boombox1
boombox2
native1

More In Category




halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021