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Prof. Dr. Elsner, Martin Peter - Max Planck Institute - Max-Planck ...

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01/2004 PhD defence<br />

„Bewertung adsorptiver Reaktionsführung am Beispiel<br />

des CLAUS-Prozesses“<br />

(“Assessment of adsorptively-enhanced reactor operation<br />

exemplified by the CLAUS process”)<br />

01/2003 - 12/2003 Internship at the <strong>Max</strong> <strong>Planck</strong> <strong>Institute</strong> for Dynamics of Complex<br />

Technical Systems (Scholarship from the <strong>Max</strong> <strong>Planck</strong> Society)<br />

Current Position<br />

01/2004 - 08/2011 Research Associate (“Wissenschaftlicher Angestellter“) at the<br />

<strong>Max</strong> <strong>Planck</strong> <strong>Institute</strong> for Dynamics of Complex Technical<br />

Systems (in the group Physical and Chemical Foundations of<br />

Process Engineering of <strong>Prof</strong>. <strong>Dr</strong>. A. Seidel-Morgenstern)<br />

from 09/2011 <strong>Prof</strong>essor for Physical Chemistry at Georg Simon Ohm<br />

University of Applied Sciences in Nuremberg (Germany)<br />

Grants<br />

01/2004 Research grant from DFG (Deutsche Forschungsgemeinschaft,<br />

“German Research Foundation“) for an 18 months stay at the<br />

University of Pittsburgh (USA), Department of Chemical and<br />

Petroleum Engineering (<strong>Prof</strong>. <strong>Dr</strong>. G. Veser) (for private reasons<br />

withdrawn)<br />

04/2008 ERASMUS grant for a stay as guest lecturer at the Technical<br />

University of Rzeszów (Poland)<br />

07/2008 Best paper of 2007 published in Computers & Chemical<br />

Engineering; GANI, R. (2009): Computers & Chemical<br />

Engineering: Best Paper of 2007 (Editorial). Comp. & Chem.<br />

Eng. 33(12), 1905-1906<br />

Third-Party Funded Projects<br />

since 2008 “Modellbildung für die “Bevorzugte Kristallisation” zur Gewinnung<br />

reiner Enantiomere” (DFG SE 586/15-1, DFG Paketantrag)<br />

Funded: DFG (German Research Foundation)<br />

2008-2009 Project Based Personnel Exchange Programme with Poland<br />

(Technical University of Rzeszów), Funded: DAAD<br />

“Evaluation and comparison of diastereomeric and preferential<br />

crystallization for pharmaceutically active compounds”<br />

Courses (for Graduate Students of Engineering, Biotechnology &<br />

Chemistry)<br />

Taught & Developed:<br />

� Einführung in die Kristallisation (Introduction into Crystallisation)<br />

� Technische Kristallisation (Technical Crystallisation)

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