session 6

Title: Space Debris Removal Concepts
Description: This session will address active removal concepts "ground and space based" and identify innovative solutions and the steps for developing the concepts into reality.
Date: 2014-10-02
Time: 14:45
Room: 801B

IPC members

Co-Chair: Dr. Phillip Anz-Meador, ESCG/Jacobs, United States;
Co-Chair: Dr. Seishiro Kibe, Japan Aerospace Exploration Agency (JAXA), Japan;
Rapporteur: Mr. Frank Di Pentino, Integrity Applications Incorporated (IAI), United States;

papers
Order	Time	Paper title	Selection result	Mode	Presentation status	Speaker	Affiliation	Country
1		Disabled satellite removal by three coordinated electromagnetic spacecraft	accepted	15'	confirmed	Dr. Yuan-wen Zhang	National University of Defense Technology	China
2		eddy Currents applied to de-tumbling of space debris: analysis and validation of approximate proposed methods	accepted	15'	confirmed	Ms. Natalia Ortiz Gómez	University of Southampton	United Kingdom
3		An Innovative Hybrid Electrodynamic and Electrostatic (ED-ES) Tether Module	accepted	15'	withdrawn	Dr. Zhen Guo Ma	Concordia University	Canada
4		EDDE Spacecraft Development for Active LEO Debris Removal	accepted	15'	confirmed	Mr. Jerome Pearson	Star Technology and Research, Inc.	United States
5		Mission and Systems Design for the Debris Removal of Massive Satellites	accepted	15'	confirmed	Prof. Vaios Lappas	Surrey Space Centre, University of Surrey	United Kingdom
6		From P2ROTECT to e.Deorbit – Active Debris Removal at OHB System	accepted	15'	withdrawn	Mr. Marc Scheper	OHB System AG-Bremen	Germany
7		Active Debris Removal Missions with SNC's Dream Chaser®	accepted	15'	confirmed	Mr. Mathias Rohrbeck	OHB System AG-Bremen	Germany
8		solar electric propulsion orbital debris ferry, vehicle concept and reference mission	accepted	15'	confirmed	Mr. Matthew Duchek		United States
9		The COBRA IRIDES experiment	accepted	15'	confirmed	Mr. Thomas Vincent Peters	GMV Aerospace & Defence SAU	Spain
10		RemoveDEBRIS: An EU Low Cost Demonstration Mission to test ADR technologies	accepted	15'	confirmed	Prof. Vaios Lappas	Surrey Space Centre, University of Surrey	United Kingdom
11		Concepts and technologies trade and road-map for an effective active debris removal of launcher stages & heavy satellite.	accepted	15'	confirmed	Mr. Xavier Roser	Thales Alenia Space France	France