Clean Space Industrial Days

23 May 2016, 14:00 → 27 May 2016, 14:00 Europe/Amsterdam

Erasmus building - Auditorium (ESTEC)

The Clean Space industrial days aim at providing an insight to the technological advancement achieved to date in the fields of Space Debris Mitigation (SDM) and Active Debris Removal (ADR). ESA is globally leading the pursuit for ADR through its e.deorbit mission. The objective is to catch a large spacecraft in Low Earth Orbit and to bring it back to Earth in a controlled manner, in order to reduce the risk of growth of space debris. Through this mission, European industry is developing cutting edge technologies for monitoring, rendezvous, capture and deorbiting of space systems. cleansat project started in 2014 and aims to develop technologies to comply with space debris regulations and avoid the generation of new debris from future missions.

Through cleansat, for the first time, Clean Space is coordinating technological developments with the three European Large Space Integrators (LSI) and suppliers in an optimised development approach. This project focuses on technologies for mitigating the creation of debris such as design for demise, design for removal, passivation and de-orbiting systems are under development. By bringing together a variety of stakeholders including the public sector, industry and new potential participants, the Clean Space Industrial Days will be a unique opportunity for a broad discussion on the goals and strategies for e.deorbit and cleansat and will be key to determine the next steps. This will be achieved through workshops and presentations from both industry and ESA on the state-of-the-art of the current activities. Furthermore the event will provide an opportunity to participate in ESA’s proactive search for solutions and remediate space debris.

 

Friday 27 CleanSat

• 01_Finnish_meteorological_institute_Electrostatic.pdf
• 02_Tether_presentation_Cleanspace_20160527_v4.pdf
• 03_Bunte_etal_Sustainability_CID_01_00.pdf
• 04_Clean_Space_days_Propulsion_passivation_Airbus.pdf
• 05_OHB_Sweden_-_CLEANSPACE_-_Propulsion_passivation_study_Final.pdf
• 06_Microperforator_CNES__LXT_issue_1.pdf
• 07_Clean_Space_days_-_Airbus_DS_on_Electrical_Passivation.pdf
• 08_CLEANSAT-EPS-TASB-PPT-0009-01-IndustrialsDays.pdf
• CleanSpaceIndustrialDays_Day5_CleanSat_2016.zip

Friday 27 e.Deorbit

• 01_Clean_Space_Industrial_Days_-_TAS-F_Rendezvous_Sensors_And_Navigation.pdf
• 02_-ME-01-cleanspace-issue1.1.pdf
• 03_DME_CLGADR_Cleanspace_Industrial_Days-E_2016m05d27.pdf
• 04_COBRA_cleanspace_ppt_v1.pdf
• 05_GMV-DETUMBLING-CLEANSPACE.pdf
• 06_2016-05-27_RVS3000-CleanSpaceIndustrialDays-ESA.pdf
• CleanSpaceIndustrialDays_Day5_eDeorbit_2016.zip

Monday 23

• 01_Debris_Mitigation_-_Clean_Space_-_230516.pdf
• 02_CSID_Level_of_Adherence_to_SDM_Guidelines.pdf
• 03_Active_Debris_Removal_-_Keynote___Holger_Krag.pdf
• 04_CleanSpace_Industrial_days_-_23_05_2016_presentation_new.pdf
• 05_CleanSpace_Event_ESTEC_230516.pdf
• 06_Clean_Space_Industrial_Days_LINNOCENTI.pdf
• CleanSpaceIndustrialDays_Day_1_2016.zip

Thursday 26 CleanSat

• 01_Almatech_TVC_2016.pdf
• 01_TeSeR__CleanSpace_IndustrialmDays___160526.pdf
• 02_2016-05-26_CleanSat_Industry_Days_-_ADEO.pdf
• 02_presentazione_ESTEC_250516_modulo_deorbiting_final_220516.pdf
• 03_160526_Deployable_Membrane_Presentation_HTS.pdf
• 03_2016-05-26_Clean_Space_Industry_Days_v2.pdf
• 04_Clean_Space_-_LuxSpace_DGNC.pdf
• 04_CleanSat_Industrial_Days_BB24HT100_-_Extended.pdf
• 05_Deorbitation_strategy_for_nano_sats_in_Norway_v4.pdf
• 05_presentation_CleanSpace_Colombo.pdf
• 06_Clean_Space_Industry_Days_Cranfield_JKingston.pdf
• 06_Clean_Space_Industry_Days_Cranfield_JKingston.pdf
• 06_SRM_-_Updated_presentation_-_Okninski.pdf
• 07_ESTEC_260516_SRM_propellant.pdf
• 08_Bayern_Chemie.pdf
• CleanSpaceIndustrialDays_Day4_CleanSat_am_2016.zip
• CleanSpaceIndustrialDays_Day4_CleanSat_pm_2016.zip

Thursday 26 e.Deorbit

• 01_GMV-PATENDER-CleanSpace.pdf
• 02_Net_and_Ejector_-_SKA_Polska_-_videmb.pdf
• 03_Harpoon_Clean_Space_Industrial_Days.pdf
• 04_TETHER-PBR-ASC-08_Clean_Space_Industrial_Days_23.05.2016.pdf
• 05_ESA-BOUNCED-PRES-160526-219-RTECHNL-D36.pdf
• 06_ESA-Cranfield__ISS_ADR__Cleanspace_workshop_v1.pdf
• 07_GNC_developments_Uncooperative_RV_Clean_Space_Industrial_Days.pdf
• 08_edeorbit_B1_GNC_-_clean_space_industrial_days.pdf
• 09_clean_space_industry_days_GNC_OHB_v1.pdf
• 10_ESA_IRPN_-_CleanSpace_Industrial_Days.pdf
• CleanSpaceIndustrialDays_eDeorbit_Day4_2016.zip

Thursday 26 Legal aspects of space debris

• Active_Debris_Removal_-_Legal_aspects.pdf
• CleanSpaceIndustrialDays_Legal_Day4_2016.zip
• From_Smallsats_to_large_constellations_why_law_is_relevant.pdf
• Space_Debris_mitigations_in_national_space_legislation.pdf

Tuesday 24 CleanSat

• BB01_PDEV-ABSL-HO-0081_01_CleanSat_Industrial_Days_-_ABSL_Battery_Safety_BB.pdf
• BB02_CleanSat_Industrial_Days_BB02_xenon_tank.pdf
• BB03_CleanSat_Industrial_Days_BB03_thermoplatic_prop_tank.pdf
• BB04_CleanSat_Industrial_Days_BB04_Fluidic_Passivation_FINAL.pdf
• BB05_CleanSat_Industrial_Days_BB05_Demisable_Metallic_Propellant_Tank_FINAL.pdf
• BB06_CleanSat_Industrial_Days_BB06_Early_Structure_Breakup_FINAL.pdf
• BB07_CleanSat_Industrial_Days_BB07_Repressurisation_Module_FINAL.pdf
• BB08_CleanSat_Industrial_Days_BB08_High_Thrust_Green_Propellant_Engine_FINAL.pdf
• BB09_CleanSat_Industrial_Days_BB09_Low_Cost_Deorbit_Engine_FINAL.pdf
• BB10_CleanSat_Industrial_Days_BB10_SMA_(2).pdf
• BB11_CleanSat_Industrial_Days_BB11_RWA_(2).pdf
• BB12_CleanSat_Industrial_Days_BB12_Presentation.pdf
• BB13_CleanSat_Industrial_Days_BB_13_-_Cranfield_University.pdf
• BB14_CleanSat_Industrial_Days_BB_-_#14_D-Orbit_-_v2.pdf
• BB15_shorttalk.pdf
• BB16_CleanSat_Industrial_Days_BB_Presentation_GMV.pdf
• BB17_CleanSat_Industrial_Days_BB17pdf.pdf
• BB18_CleanSat_Industrial_Days_BB-18_-_Demisable_Magnetorquer.pdf
• BB19_CleanSat_Industrial_Days_BB_Presentation_MTA.pdf
• BB20_CleanSat_Industrial_Days_BB_Presentation_Nammo.pdf
• BB22_CleanSat_Industrial_Days_BB22_Presentation_24.05.2016.pdf
• BB23_CleanSat_Industrial_Days_BB23_Presentation.pdf
• BB24_CleanSat_Industrial_Days_BB24HT100.pdf
• BB25_CleanSat_Industrial_Days_BB25AJ.pdf
• BB26_CleanSat_Industrial_Days_BB26.pdf
• BB27_CLEANSAT-EPS-TASB-PPT-0003-01.pdf
• BB28_Presentation_BB28_IRS_Arcjets_2016-05-24.pdf
• CleanSpaceIndustrialDays_Day2_CleanSat_2016.zip
• CSID_-_CleanSat_proposal_Presentation.pdf

Tuesday 24 e.Deorbit

• 03_OHB_e.deorbit_System_Overview_Scheper_2016-05-24.pdf
• 06_CleanSpace_Industrial_JLF_RemoveDebris_v2.pdf
• 1._e.Deorbit_intro_symposium_2016.pdf
• 2._EDEB1-RIBRE-PRE-0004-16_-_Clean_Space_industrial_days_-_v3.pdf
• 4._CleanSpace2016_Attitude_3.pdf
• 5_Space_Tug_-_Clean_Space__-_May_24.pdf
• CleanSpaceIndustrialDays_Day2_eDeorbit_2016.zip

Wednesday 25 CleanSat

• 01_CSID_2016-05-25_ROM_Risk_Unontrolled_Re-entries_SLemmens.pdf
• 01_D4D_System-level_techniques_Airbus_Defence_and_Space.pdf
• 02_D4D-TAS-Cleansat_Industrial_daysv7.pptx.pdf
• 02_DLR___CSID_CHARDEM.pdf
• 03_Characterisation_of_demisable_materials_in_the_VKI_Plasmatron_-_Clean_Space_Industrial_Days_ESTEC_May_2016.pdf
• 03_CleanSpaceIndustryDays2016_HTG_D4D_SCARAB.pdf
• 04_DMU-D4D-CleanSpace_presentation.pdf
• 04_IRS_FGE_BRL_AAC_Presentation_CoDM_2016-05-25.pdf
• 05_CleanSpaceIndustryDays_Belstead_DestructiveEntry_PR00000-D08.pdf
• 05_Demisable_Metallic_Tank.pdf
• 06_ADS_CLEANSAT-_Indus_days_-_Demisable_Xenon_Tank_-_V2.pdf
• 06_ATD3_for_CSID_final.pdf
• 07_CleanSpaceIndustryDays_Belstead_DemisableJoints_PR00021-D12.pdf
• 07_RUAG_20160525_ATV-BUC__Presentation_CleanSpace.pdf
• CleanSpaceIndustrialDays_Day3_CleanSat_2016.zip
• CleanSpaceIndustrialDays_Day3_pm_CleanSat_2016.zip

Wednesday 25 e.Deorbit

• 01_Industrial_Days_eDeorbit_AIRBUS_Robotics.pdf
• 02_OHB_Gripper_Design_and_Grapple_Simulations_v1.1.pdf
• 03_LAR_Tool_and_Clamping_System_Overview_-_CleanSpace2016_-_v7_Final.pdf
• 04_Clean_Space_-_Clamping_Mechanism_(SENER).pdf
• 05_ADRexp_Clean_Space_Industry_Days_PIAP.pdf
• 06_Application_of_planar_air-bearing_microgravity_simulator.pdf
• 07_Industrial_Days_eDeorbit_Robotics_DLR_final.pdf
• 08_GMV-D4R-CSID-V30.pdf
• 09_eDeorbit_session_TAS-_Satellite_design_improvement_for_future_removal-_C_Billot.pdf
• 10_GMV-ASSIST-CleanSpace.pdf
• 11_Cleanspace_Industry_days.pdf
• 12_PoliMi_activities-Cleanspace25052016_ESTEC.pdf
• 13_Nammo_CSID2016_rev01.pdf
• CleanSpaceIndustrialDays_Day3_eDeorbit_2016.zip

Monday 23 May

1 Opening speech by D-OPS and D-TEC

Speakers: Franco Ongaro (ESA), Rolf Densing (ESA)

2 Plenary session: Key Note on Space Debris Mitigation

Speaker: Christophe Bonnal (CNES)

3 Plenary session: Current level of adherence to SDM requirements

Speaker: Stefan Frey

Coffee break

4 Key Note on Active Debris Removal

Speaker: Holger Krag

Plenary session: Market Assessment of SDM

Convener: Euroconsult (Euroconsult)

Plenary session: Market Assessment of ADR

SSTL

5 Plenary session: Clean Space, an overview

Speaker: Luisa Innocenti

Tuesday 24 May

6 Plenary session: ESA intro to ADR

7 Plenary session: Envisat removal by robotic capture means. Results of the Airbus DS led e.Deorbit Phase B1 ESA study

Speaker: Stéphane Estable (Airbus)

8 Plenary session: e.deorbit Phase B1

Speaker: OHB

11:00 Plenary session: Coffee Break

Plenary session: Determining, Monitoring and Modelling the Attitude Motion of Potential ADR Targets

Astronomical Institute, University of Bern

9 Plenary session: Space Tug

Speaker: Michel Frezet (Airbus)

Plenary session: An In-Orbit Active Debris Removal Mission - RemoveDebris

Surrey Space Centre

13:00 Lunch break

10 Plenary session: CleanSat Intro

11 Plenary session: CleanSat Batches

15:50 Coffee break

12 Plenary session: CleanSat Batches contd.

13 Plenary session: Wrap up Luisa

Wednesday 25 May

14 CleanSat session: Order of Magnitude Analysis of On-ground Risk from Uncontrolled Re-entries : Why D4D?

e.Deorbit session: Airbus - Robotics in the e.deorbit Phase B1

DLR

15 CleanSat session:Experimental investigations on the demisability of space relevant materials

Speaker: Thorn Schleutker (DLR)

e.Deorbit session:: OHB Robotic Capture Concept for Phase B1

DLR

16 CleanSat session: Plasmatron

e.Deorbit session: The LAR Capture Tool and Clamping System: Mechanisms for the Capture and Berthing of Envisat

MDA

17 CleanSat session: Developing an Experimental Procedure towards a Standardised Testing of Aerospace Material Demisability

11:00 e.Deorbit session: Coffee break

11:10 CleanSat session: Coffee Break

e.Deorbit session: Development of the Clamping Mechanism for Active Debris Removal Missions

SENER

18 CleanSat session: fragmentation and destructive re-entry of spacecraft

e.Deorbit session: Adaptive Gripper for Launch Adapter Ring Capture

PIAP

19 CleanSat session: ATD roadmap

20 CleanSat session: SATCOM Reentry kit

e.Deorbit session: Application of Planar Air-Bearing Microgravity Simulator for Experiments related to ADR Missions

CBK

13:00 Lunch break

21 CleanSat session: D4D System Level - Airbus

e.Deorbit session: Test Bed RobotSim

DLR

22 CleanSat session: D4D System Level - TAS

e.Deorbit session: Design for Removal

GMV

23 CleanSat session: Multidisciplinary assessment of D4D techniques

e.Deorbit session: Satellite design improvement for future removal

TAS

15:30 CleanSat session: Coffee Break

e.Deorbit session: ASSIST TBC

GMV

24 CleanSat session: D4D System - Deimos

25 Life Cycle Perception game with Quantis

e.Deorbit session: Coffee

26 CleanSat session: Demisable metallic tanks

e.Deorbit session: ROSPA, Cross Validation of the Platform-Art and ORBIT Test Facilities for Contact Dynamic Scenario Setup and Study

ESA/GMV

27 CleanSat session: Demisable Xenon Tank

e.Deorbit session: Politechnico di Milano activities to improve the Active Debris Removal technology readiness

Politechnico Milano

28 CleanSat session: Demisable joints

e.Deorbit session: Hybrid Propulsion Solutions for Space Debris Remediation Applications

Nammo

29 Dinner

Thursday 26 May

30 CleanSat session: TeSeR – Technology for Self-Removal – a Horizon 2020 project to ensure the Post-Mission-Disposal of any future spacecraft

e.Deorbit session: Net Parametric Characterisation and Parabolic Flights

GMV

31 WORKSHOP: ATD workshop on Reentry simulation and testing

32 CleanSat session: Cost versus Reliability and Safety trade-off considerations for Systems with very long in-flight storage lifetime; a case study for Graveyard/ Deorbiting Systems

e.deorbit session: Net and Ejector for Active Debris Removal and Tools for Their Design

SKA Polska

33 CleanSat session: Efficient deorbiting of Micro- and Nanosatellites with the IFM Nano Thruster

e.Deorbit session: Clean Space Harpoon: Breadboard Design, Development and Testing

Airbus Defense and Space

34 CleanSat session: HT100 Deorbiting System

10:50 Coffee Break

35 CleanSat session: Deorbitation strategy of nano sats in norway

e.Deorbit session: Elastic and Rigid Tethers as Pulling Capture Technology

Aerosekur

36 CleanSat session: Development of Aluminum-Free Propellants and Solid Rocket Motors for Deorbiting Applications in Poland

Speaker: Adam Okniński (Institute of Aviation)

e.Deorbit session: Numerical Modelling of the Dynamics of a Tether Stack in Towed Active Debris Removal

R. Tech. Engineering

37 CleanSat session: The need, and main contents, of a characterization testing on solid rocket motor propellant materials to be utilised for the end of life manoeuver of Geo/Leo satellites

e.Deorbit session: ISS Free Flying Experiments

Cranfield University

38 CleanSat session: Propulsion Technologies for De-/Re-Orbiting and Active Debris Removal

13:00 Lunch break

39 Plenary session: Legal aspects of SDM and ADR

15:30 Coffee break

40 CleanSat session: Thrust Vector Control System for solid propellant de-orbit motors

ESA Developments on GNC Systems for Non-Cooperative Rendezvous

ESA

41 WORKSHOP: Crash course on DRAMA

42 CleanSat session: Design Analysis and Testing of ADEO Passive Deorbit Subsystem Demosntrator

e.Deorbit session: GNC and Combined Control Simulation Results from the e.deorbit Phase B1

Airbus Defense and Space

43 CleanSat session: Design, Analysis and Testing of a Deployable Membrane for a passive De-Orbiting System

e.Deorbit session: GNC for e.deorbit Phase B1

OHB

44 CleanSat session: Optimal Guidance, Navigation and Control for Drag-augmented Deorbiting - Results from the ESA DGNC Project

e.Deorbit session: Image Recognition and Processing for Navigation

TU Dresden

45 CleanSat session: Assessment of passive and active solar sailing strategies for end-of-life re-entry from low sun-synchronous and medium Earth orbits

46 CleanSat session: Drag-Augmentation System Modules for Small Satellites

Friday 27 May

47 CleanSat session: Electrostatic tether plasma brake for deorbiting

Speaker: Finnish Meteorological Institute

48 CleanSat session: Development of commodity for removal of orbital expended elements using electrodynamic tether

Speaker: Tecnalia

e.Deorbit session: Rendezvous Sensors and Navigation

TAS

49 CleanSat session: Sustainability of Drag-Augmentation Devices

Speaker: Etamax

e.Deorbit session: Multispectral Sensing for Navigation

Cosine

50 CleanSat session: System impacts of propulsion passivation

Speaker: Airbus

e.Deorbit session: GNC Design and Validation for Rendezvous, detumbling and deorbiting of Envisat using a Clamping Mechanism - CLGADR

Deimos

51 CleanSat session: System impacts of propulsion passivation

Speaker: OHB

11:05 CleanSat session: Coffee Break

52 CleanSat session: MICROPERFORATOR: Passivation device for Spacecraft Propulsion System

Speaker: CNES

e.Deorbit session: COBRA: Contactless Method for Detumbling Space Debris Objects

GMV

53 CleanSat session: Electrical Passivation

Speaker: Airbus

e.Deorbit session: Investigation of Detumbling Techniques

GMV

54 CleanSat session: Thermal Studies

Speaker: ESA

e.Deorbit session: The RVS3000 and RVS3000-3D LIDAR Sensors for Rendezvous and Docking and Space Robotics

Jena-Optronik

55 CleanSat session: Isolation of solar array witin PCDU

Speaker: TAS

56 Plenary session: Closing speech