Functionality and setup of the algae based ISS experiment PBR@LSR

dc.creatorBretschneider, Jens
dc.creatorHenn, Norbert
dc.creatorBelz, Stefan
dc.creatorDetrell, Gisela
dc.creatorKeppler, Jochen
dc.creatorFasoulas, Stefanos
dc.creatorKern, Peter
dc.creatorHelisch, Harald
dc.descriptionInstitut of Space Systems, University of Stuttgart
dc.descriptionDLR Space Agency
dc.descriptionInstitute of Space Systems, University of Stuttgart
dc.descriptionAirbus DS
dc.descriptionICES204: Bioregenerative Life Support
dc.descriptionVienna, Austria
dc.descriptionJens Bretschneider, University of Stuttgart, Germany
dc.descriptionStefan Belz, University of Stuttgart, Germany
dc.descriptionHarald Helisch, University of Stuttgart, Germany
dc.descriptionGisela Detrell, University of Stuttgart, Germany
dc.descriptionStefanos Fasoulas, University of Stuttgart, Germany
dc.descriptionJochen Keppler, University of Stuttgart, Germany
dc.descriptionNorbert Henn, German Aerospace Center (DLR), Germany
dc.descriptionPeter Kern, Airbus Defense and Space, Germany
dc.descriptionThe 46th International Conference on Environmental Systems was held in Vienna, Austria, USA on 10 July 2016 through 14 July 2016.
dc.description.abstractHybrid life support systems combining physicochemical and biological algae based subsystems are in great interest for the midterm future of manned spaceflight including extensive ground missions on Moon and Mars. Whereas many possible systems have been theorized and tested in laboratory conditions, no experiments on realistic system level have been performed in space. The DLR experiment PBR@LSR (Photobioreactor at the Life Support Rack, former name PBR@ACLS) is set to give a first technology and performance demonstration on board the ISS in the Destiny module in 2018 by combining an algae based photobioreactor with the carbon dioxide concentrator of ESA’s Advanced Closed Loop System built by Airbus DS. This paper shows the design process of the ongoing flight hardware development. The prototype design is detailed in conjunction with the operational requirements, safety limitations and scientific needs. The connection to the carbon dioxide concentrator enables the use of carbon dioxide from the cabin. The algae medium loop consists of different components of specific functionalities (pumping, illumination, nutrient supply, temperature control, etc.) to allow cultivation of the microalgae Chlorella vulgaris. The progress of ground experiments is presented and the derived decisions for the system design and setting parameters are explained. The paper concludes with an overview of reached and open milestones to the flight design of PBR@LSR.
dc.publisher46th International Conference on Environmental Systems
dc.subjectBiological Life Support System
dc.subjectFlight Hardware
dc.titleFunctionality and setup of the algae based ISS experiment PBR@LSR
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