FULLY VIRTUAL 2020

SOME OF OUR SPEAKERS

 
 
SEE MORE

Program

DAY ONE - Tuesday November 3rd
DAY TWO - Wednesday November 4th
DAY THREE - Thursday November 5th
ABSTRACTS

DAY ONE - Tuesday November 3rd

MELiSSA activities in Switzerland - Olivier Botta, Swiss Space Office
ASI Life Support Activities - Crisconio Marino, Italian Space Agency
MELiSSA Overview and Perspectives - Christophe Lasseur, ESA
Introduction to China Human Space Program - Sun Gongling, ISU
Space Experiments to the interest of space biology and medicine - Iliyn V.K, IBMP Moscow
Status and Future plan of JAXA microbial monitoring from ISS and beyond - Toru Shimazu, Japan Space Forum
PACMAN Project - Designing, building and testing the prototype of a Plant Characterization Unit - Claudia Quadri, EnginSoft
EBIOS - An approach to build bioregenerative life suppost sytem for terrestrial and planetary application - Barbara Belvisi, Interstellar
K, MG, Ca, Na balances in a closed system combining aeroponic lettuce cultivation supplied with grey water - Kamil Janiak, Wroclaw University of Science and Technology
Development status of the nutrient delivery system of PFPU, Precursor of microgravity Food Production Unit - Giorgio Boscheri, Thales Alenia Space
Lunar Nutritional Grower (LuNG) - Assessing the viability of a lunar hydroponic system - Saad Rayees, MSE TU Berlin
Microgravity mimetics on the development of multifunctional bioreactors systems for efficient cell growth - Ayse Kose, Ege University Bioengineering Department
PRIAM - A compact intensified artificial light photobioreactor adapted to life support for human space exploration - Thobie Charlene, Algolight
Improved lettuce yield and quality by microbial treatments in vertical farming - Thijs Van Gerrewey, Ghent University
Design of a module for cultivation of tuberous plants in space - The PROJECT “PRECURSOR OF FOOD PRODUCTION UNIT” (PFPU) -Paradiso Roberta, University of Naples Federico II
Plant gas exchange mechanistic modeling taking into account multiple timeframes and gravity levels - Poulet Lucie, NASA
The SEMiLLA Platform as a means to create environments to develop the Circular Economy concept - Clara Plata Rios, SEMiLLA
Microbial Fuel Cells with Peroxide Production for Blackwater Treatment - Sudeep C. Popat, Clemson University
Mission to Mars inspires food project in the Democratic Republic of the Congo - Mastroleo Felice, SCK CEN
Microbes in Hydroponic Crop Cultivation in Space - Danny Geelen, Ghent University
IGLUNA 2020 - A Space Habitat - MELiSSA POMP Team - Cyanobacteria and higher plant production on recycled urine - Crain Grace, ETH Zurich
Seed orientation affects seedling development in hardware for experiments in space - Aronne Giovanna, University of Naples Federico II
A philosopher’s journey into MELiSSA - Ségolène Guindard, Univeristy Paris 8 Vincennes-Saint-Denis
In-Situ resources bio-utilisation for Life Support Systems (REBUS) - Stefania De Pascale, University of Naples Federico II
The MELiSSA Foundation and the future of ESA sponsored LSS research via the Pool of MELiSSA PhD (POMP project) - Mergeay Max, MELiSSA Foundation
Hydroponic nutrient solution monitoring for crop characterization - Øyvind Mejdell Jakobsen, CIRIS, NTNU Social Research
Questionning the future through a fiction science graphic novel - Schmitt Didier, ESA
The Role of Plants as Food and Life Support for Exploration - Ralph Fritsche & Lucie Poulet, NASA

DAY TWO - Wednesday November 4th

Overview of ESA Exploration Program - Didier Schmitt, ESA
MELiSSA Pilot Plant status and perspective - Francesc Godia, Universitat Autònoma de Barcelona
Continuous operation of C3, C4a and C5 Compartments in the MELiSSA Pilot Plant interconnected in gas and liquid phases - Enrique Peiro, Universitat Autònoma de Barcelona
The connection of physical-chemical and biological processes for future closed life support systems for space applications - Alexander Tikhomirov, IBP SB RAS
An experimental device for studies on cyanobacteria at low pressure, in the frame of BLSS - Cyprien Verseux, University of Bremen
Production of high-quality edible biomass with high levels of antioxidants by genetic engineering of the photosynthetic microalga Chlamydomonas reinhardtii - Matteo Ballottari, University of Verona
JAXA Lunar Farming Concept Study Working Group activity - Tetsuhito Fuse, JAXA
Experimental feedback on the pilot scale production of rhodospirillum rubrum - Lucie Van Haver, Algosolis
Impact of carbon source and light intensity on the production of PHA by Rs. rubrum - Guillaume Bayon, UMons
Dynamics of Limnospira indica continuous culture in and air-lift photobioreactor - David Garcia-Gragera, MELiSSA Pilot Plant
Genetic responses of metabolically active Arthrospira sp. PCC 8005 to chronic high-dose gamma irradiation - Paul Janssen, SCK CEN
The effect of phosphate starvation on nutrient uptake and cellular content of the microalgae Desmodesmus communis and Chlorella protothecoides - Aigars Lavrinovičs, Riga Technical University
Overview of experiment results from the first research campaign of the EDEN ISS greenhouse facility in Antarctica in 2018 - Paul Zabel, DLR
Microalgae: from oxygen and food production in Space to groundwater processing on Earth - Gisela Detrell, University of Stuttgart
From waste to resource: closing the loops in the urban water, energy and food nexus - Amsterdam case study - Radu Giurgiu, SEMiLLA IPStar
Solid-Liquid Separation Technology for Biomass Harvesting in Bioreactors - Marie Vandermies, QinetiQ Space
Biotechnology and Safety from Urban to Space Water Cycling - David Weissbrodt, TU Delft
How ESA Business Applications can help commercialize MELISSA technologies - Nicolas Helssen, ESA Business Ambassador
Characterization of oxygen production from photo-bioreactor for ISS cabin technology demonstrator - Dominique Chapuis, RUAG
Cellulose wastes management by microbial degradation - Hristo Najdenski, The Stephan Angelov Insitute
Coupling urine treatment and water recycling with Limnospira indica cultivation - Neha Sachdeva, UMons
ALISSE Tool Status and Perspective for Space and Earth development - Philippe Fiani, SHERPA Engineering
Design and control of a bioanode for CO2 recovery in regenerative life support systems - Korneel Rabaey, Ghent University
Application of the energy cascade model (MEC) on Lettuce crop grown in controlled environment at two different scales - A small growth chamber and a vertical farm - Chiara Amitrano, University of Naples Federico II
Microbial analysis of the MELiSSA waste degradation compartment 1 (C1) and isolation and identification of C1 dominant bacteria - Tinh Van Nguyen, KU Leuven
Ink from Organic Waste for Additive Manufacturing in Space - Martin Cerff, Blue Horizon
Improving ammonification to nitrate production in bioconversion of organic fertilizers to liquid products - Yankai Xie, University of Antwerp
Global Control Loop of MELiSSA Life Support System - Baptiste Boyer, SHERPA Engineering
Plants in Space - Hristina Kostadinova, High Language School Ivan Vazov
Exploring the impact of irregular metabolic efficiencies and the space environment on the survivability of a regenerative life support system through agent-based modeling - Angelo Vermeulen, TU Delft
Ecological Engineering of Photoorganoheterotrophic Mixed Cultures for Water Resource Factories - David Weissbrodt, TU Delft
Impact of a closed life support system on human microbiome and health - Joel Dore, INRAE
From a metabolic stoichiometry to a full MELiSSA metabolome - Baptiste Leroy, UMons
SpaceBakery – a closed ecological plant cultivation system and bakery for extended stays on Planet Mars and their applications for Planet Earth - Lucie Beckers, Puratos
Space Architecture for a Moon Village - Life Support Elements - Daniel Inocente & Brigitte Lamaze, ESA
Plant prebiotics in BLSS for human nutrition in space - Alberto Battistelli, CNR

DAY THREE - Thursday November 4th

Resource Recovery - The Power to Change- Willy Verstraete, Ghent University
Design and simulation of circular water systems - the UWOT model - Dimitrios Bouziotas, KWR Water Research Institute
Nitrify to support life/ MELiSSA’s development path of an essential process - Siegfried Vlaeminck - University of Antwerp
Combining (bio)electrochemical processes and nitrification for urine recycling in Space - Jolien De Paepe, Ghent University
Consolidating the Swiss activities and rationale for ALSS and MELiSSA development - Théodore Besson, Earth Space Technical Ecosystem Enterprises SA
Adaptation of activated sludge biomass for nitrification of concentrated urine - Anna Jurga, Wroclaw University of Science and Technology
From wastewater treatment to space-inspired resource recovery with the Biomakery concept at La Trappe - Lindeboom Ralph, SEMiLLA IPstar
Urine running in circles - human "waste“ as a resource for horticulture & agriculture - Ariane Krause, Leibniz Institute of Vegetable and Ornamental Crops - IGZ
Terrestrial valorization of a MELiSSA compartment - Photoheterotrophic production of purple microbial protein on brewery water - Abbas Alloul, University of Antwerp
Microalgae-based biofacade as a solution to support sustainable access to food, energy, and water in urban centers - Flora Girard, University of Nantes - GEPEA Laboratory
Opening the ‘yellow box’ - Main organics in urine and their fate during nitrification and microalgae cultivation - Veerle Van Malderen, University of Antwerp
BIOFACADE - a symbiosis between micro-algae production and buildings - Anouk Legendre, XTU Architects
Control of pH and process modelling contribute to stable alkalinity-limited urine nitrification - Valentin Faust, Eawag
A Model for the Global Carbon Cycle - Pietro Guarato, University of Lausanne and EPFL
Urine nitrification in space - assessing the effect of space conditions on synthetic nitrifying communities - Athraa Al-saadi, Ghent University
Petit Langoustier terresterial, application for SDG’s through SILAB - Marc Firlet, Le Petit Langoustier
How to gradually acclimate MELiSSA’s nitrification compartment to urine mixed with VFA-rich anaerobic digestion (C1) effluent - Koen Rummens, KU Leuven
Grey Water Re-use During Music Festivals Using a Mobile Constructed Wetland and a Mobile Drinking Water System - Fida Hussain Lakho, Ghent University
Investigation of the transpiration process in spinach - Joanna Kuzma, ESA
Bacteria and Archaea distributions in California ephemeral wetlands - Mohamed Mysara, SCK-CEN
Polishing goat farm waste water in view of advanced phosphate removal - Rui Zang, Ghent University
The effect of nitrogen availability on cold acclimation of Arabidopsis thaliana plants - Armida Gjindali, University of Manchester
High temperatures affect pollen fertility more than altered gravity bottlenecks in the reproductive cycle of micro-tom - Maurizio Iovane, University of Naples Federico II
Microgreens for Human Nutrition in Spaceflight - Christina Johnson, NASA Postdoctoral Program
Proposal for MELiSSA Overall Control Loop Architecture - Carles Ciurans, UAB/UCA
Microbes in Hydroponic Crop Cultivation in Space - Danny Geelen, Ghent University
Microbial Risk in closed systems - Claude Mabilat, BIOMERIEUX
MATISS­1 et 2: Microbial aerosol tethering on innovative surfaces in the international space station - Laurence Lemelle, Ecole Normale Superieure de Lyon/CNRS
PARAGEN 1.0 - a synthetic bacteriocin gene collection for rapid in vitro antimicrobial peptide selection for the microbial control of industrial fermentation - Jason Bland, Syngulon
Assessing impacts of over fifty years of launching activities on marine ecosystems (the metal compounds case) - Tatiana Vallaeys, University of Montpellier
Copper resistance mediates long-term survival of Cupriavidus metallidurans in wet contact with metallic Cu - Laurens Maertens, SCK CEN & UNamur
Decentralized sanitation & waste water treatment concepts - Peter Scheer, SEMiLLA Sanitation
Closing remarks - José Gavira Izquierdo, ESA

Regenerative Life Support Systems for Long Term Space Missions

This site uses cookies to improve your experience and optimize our sites and services. 
Find out more

Do Not Track detected