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Research project

• Optimization-based control of domestic wastewater treatment plants with submerged membrane separation

  
  

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Journal Publications

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[LPT-progress-0342]
David Elixmann, Leif Erik Andersson, Thomas Maere, Ingmar Nopens, Wolfgang Marquardt: Minimizing the operating cost of membrane bioreactors with economic nonlinear model predictive control using a benchmark simulation model. Submitted for: Water Research

[LPT-progress-0339]
David Elixmann, Jennifer Puschke, Holger Scheu, René Schneider, Inga Wolf, Wolfgang Marquardt: A flexible software environment for simulation, economic NMPC and dynamic real-time optimization of large-scale chemical processes. Submitted for: at - Automatisierungstechnik

[LPT-2013-03]
Jan Busch, David Elixmann, Peter Kühl, Carine Gerkens, J. Schlöder, Hans Georg Bock, Wolfgang Marquardt: State estimation for large-scale wastewater treatment plants. Water Research, 2013

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Conference article

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[LPT-2010-17]
David Elixmann, Jan Busch, Wolfgang Marquardt: Integration of model-predictive scheduling, dynamic real-time optimization and output tracking for a wastewater treatment process . In: Julio R. Banga and Philippe Bogaerts and Jan Van Impe and Denis Dochain and Ilse Smets (Eds.): 11th Symposium on Computer Applications in Biotechnology (CAB2010), 7-9 July 2010, Leuven, Belgium

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Journal Publications

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[LPT-2009-08]
Jan Busch, David Elixmann, Wolfgang Marquardt: Automatisierung von Membranbioreaktoren. Modellgestützte Echtzeitoptimierung spart Energie und schont die Membranen. RWTH Themen 1/2009, 2009, 56-61

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Presentations

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[LPT-pre-2012-14]
Wolfgang Marquardt, Fady Assassa, David Elixmann, Ralf Hannemann, Arndt Hartwich, Diego Muñoz, Holger Scheu, René Schneider, Inga Wolf, Lynn Würth: Economic Model-Predictive Control and Dynamic Real-Time Optimization. 23rd Chinese Process Control Conference CPCC 2012, Xiamen, China, 10-12.08.2012