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Publication - Dr Lucy Berthoud

    Concept for a Moon and Asteroid Sample Return Facility

    Citation

    Berthoud, L, Schroeven-Deceuninck, H, Vrublevskis, J, Guest, M, Smith, C, Grady, M & Bridges, J, 2014, ‘Concept for a Moon and Asteroid Sample Return Facility’. in: 64th International Astronautical Congress 2013 (IAC 2013): Proceedings of a meeting held 23-27 September 2013, Beijing, China. International Astronautical Federation, pp. 8937-8946

    Abstract

    The objective of this European Space Agency study was to examine an initial concept and requirements for a Lunar and Asteroid Receiving Facility (LaARF). Then to investigate the evolution from a facility dealing with only Moon and asteroid returned sample material, to a facility dealing with Mars returned sample material with potential biohazard.

    The LaARF concept and requirements were broadly derived from requirements including Infrastructure, Equipment, People & Knowledge. The facility concept was required to deal with samples from a number of possible missions returning from asteroids or the lunar surface. A number of past and planned missions were outlined to draw both general features that can be used to develop the concept, and more importantly to derive the range of likely hardware and samples to be handled by the facility. Requirements for the general sample quantity and make-up were that the facility should accommodate 500g of samples comprising dust, grains and rocks of varying composition and sizes.

    The initial concept was evolved using review of literature and inputs from a dedicated Concept Definition Workshop involving scientific and industry experts. A functional architecture was established and technologies & techniques were assessed. It was recognised that tele-operations are especially needed. Information flow through the facility was analysed.

    Commonality with a Mars Sample Receiving Facility (MSRF) was assessed and possible evolutions to a MSRF were considered. Then Scenario Definition Workshops were held with leading scientists and industry experts to determine the optimal scenario to evolve the LaARF to an MSRF. The result of this analysis was that independent facilities without ‘future-proofing’ prior to expansion were the optimal solution. This approach maximised the potential future capability in a cost-efficient manner.

    Finally, analysis of potential users for the facility showed that Planetary Protection (PP) hardware samples, meteorites and planetary analogues were the most promising users for a shared facility. Non-space samples, such as those from widely dispersed geological collections, may also benefit from the facility.

    Full details in the University publications repository