OSIRIS-REx Curation: The First Year with Bennu Samples on Earth

Nicole G Lunning; Christopher Jorge Snead; Rachel Comstock Funk; Melissa Raquel Rodriguez; Maritza Montoya; Julia Lynn Plummer; Erika H Blumenfeld; Joseph Embry Aebersold; Scott Allan Eckley; Curtis David Calva; Carla Patricia Gonzalez; Jannatul Ferdous; Kimberly Karlotta Allums-spencer; Salvador Martinez; Neftali Hernandez Gomez; Gabriel Lugo; Kevin Righter; Eve Lynn Berger; Aaron B Regberg; Francis M Mccubbin; Jemma Davidson; Kathleen Elyse Vander Kaaden; Sara S Russell; Jason Peter Dworkin; Timothy Mccoy; Harold C Connolly, Jr; Anjani T Polit; Dante Salvatore Lauretta

NASA NTRS · 20240010710

OSIRIS-REx Curation: The First Year with Bennu Samples on Earth

Abstract

The OSIRIS-REx (Origins, Spectral Interpretation, Resource Identification, and Security – Regolith Explorer) sample return capsule landed on the Utah Test and Training Range (UTTR) on September 24, 2023. Preparations for the curation of the sample from asteroid Bennu inside of this capsule spanned more than a decade. On the morning of landing, the sample return capsule was brought to a temporary cleanroom at UTTR for initial de-integration and connection of the sample canister to a nitrogen gas purge to protect the sample from modification by the terrestrial atmosphere. In the week following landing, the sample canister was flown to Houston while on nitrogen purge, transferred to a nitrogen atmosphere glovebox at NASA Johnson Space Center in which the canister lid was removed revealing small amounts of sample on the inside of the canister lid and avionics deck, some of this sample was allocated rapidly to the mission sample analysis team as “quick look” samples. Next, the Touch-and-Go sample acquisition mechanism (TAGSAM) head was disassembled inside of a specially designed glovebox. A challenge arose during one of the last stages of disassembly when two fasteners resisted being loosened. The curation team was able to remove 70.3 grams of asteroid sample from the TAGSAM head with those fasteners in-place and began initial sample processing which supported long-term curation of hermetically sealed and frozen samples, transfer of some samples to remote storage, and allocation of aggregate samples to the mission sample analysis team. Meanwhile, curation engineers developed a tool to remove the stubborn fasteners without contaminating the remaining sample, enabling the remaining bulk sample to be transferred to long-term storage trays in January 2024. With this second part of the bulk sample, the returned bulk asteroid sample reached 121.6 grams. During disassembly and prior to sealing the bulk sample trays into long-term storage containers, archival photographs were collected. Select particles are gradually being XCT scanned while inside of containers that hold a nitrogen atmosphere. The initial OSIRIS-REx sample catalog was released in spring 2024 with an update in fall 2024. The curation team will be busy working to allocate samples to scientists around the world for the foreseeable future.

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BibTeX RIS

Nicole G Lunning, Christopher Jorge Snead, Rachel Comstock Funk, Melissa Raquel Rodriguez, Maritza Montoya, Julia Lynn Plummer, Erika H Blumenfeld, Joseph Embry Aebersold, Scott Allan Eckley, Curtis David Calva, Carla Patricia Gonzalez, Jannatul Ferdous, Kimberly Karlotta Allums-spencer, Salvador Martinez, Neftali Hernandez Gomez, Gabriel Lugo, Kevin Righter, Eve Lynn Berger, Aaron B Regberg, Francis M Mccubbin, Jemma Davidson, Kathleen Elyse Vander Kaaden, Sara S Russell, Jason Peter Dworkin, Timothy Mccoy, Harold C Connolly, Jr, Anjani T Polit, Dante Salvatore Lauretta. OSIRIS-REx Curation: The First Year with Bennu Samples on Earth. https://ntrs.nasa.gov/citations/20240010710

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