Publikationen von Peter Heidebrecht

Hartono, B.; Heidebrecht, P.; Sundmacher, K.: Combined Branch and Bound Method and Exergy Analysis for Energy System Design. Industrial & Engineering Chemistry Research 51 (44), S. 14428 - 14437 (2012)

Heidebrecht, P.; Hanke-Rauschenbach, R.; Jörke, A.; Sundmacher, K.: On the design of cascades of ECPrOx reactors for deep CO removal from reformate gas. Chemical Engineering Science 67 (1), S. 34 - 43 (2012)

Hertel, C.; Heidebrecht, P.; Sundmacher, K.: Experimental quantification and modelling of reaction zones in a cyclic watergas shift reactor. International Journal of Hydrogen Energy 37 (3), S. 2195 - 2203 (2012)

Sundmacher, K.; Hanke-Rauschenbach, R.; Heidebrecht, P.; Rihko-Struckmann, L.; Vidaković-Koch, T.: Some reaction engineering challenges in fuel cells: dynamics, integration, renewable fuels, enzymes. Current Opinion in Chemical Engineering 1 (3), S. 328 - 335 (2012)

Hartono, B.; Heidebrecht, P.; Sundmacher, K.: A Mass Integration Concept for High Temperature Fuel Cell Plants. International Journal of Hydrogen Energy 36 (12), S. 7240 - 7250 (2011)

Heidebrecht, P.; Pfafferodt, M.; Sundmacher, K.: Multiscale modeling strategy for structured catalytic reactors. Chemical Engineering Science 66 (19), S. 4389 - 4402 (2011)

Heidebrecht, P.; Sundmacher, K.; Biegler, L. T.: Optimal Design of Nonlinear Temperature Programmed Reduction Experiments. AIChE Journal 57 (10), S. 2888 - 2901 (2011)

Heidebrecht, P.; Hartono, B.; Hertel, C.; Sundmacher, K.: Biomass-based Fuel Cell Power Plants - Evaluation of Novel Reactors and Process Designs. Industrial & Engineering Chemistry Research 49 (21), S. 10859 - 10875 (2010)

Pfafferodt, M.; Heidebrecht, P.; Sundmacher, K.: Stack Modelling of a Molten Carbonate Fuel Cell (MCFC). Fuel Cells 10 (4), S. 619 - 635 (2010)

Heidebrecht, P.; Sundmacher, K.: Thermodynamic analysis of a cyclic water gas-shift reactor (CWGSR) for hydrogen production. Chemical Engineering Science 64 (23), S. 5057 - 5065 (2009)

Gundermann, M.; Heidebrecht, P.; Sundmacher, K.: Parameter Identification of a Dynamic MCFC Model using a Fuel Scale Fuel Cell plant. Industrial & Engineering Chemistry Research 47 (8), S. 2728 - 2741 (2008)

Gundermann, M.; Heidebrecht, P.; Sundmacher, K.: Physically Motivated Reduction of a 2D Dynamic model for Molten Carbonate Fuel Cells (MCFC). Fuel Cells - from Fundamentals to Systems 8 (2), S. 96 - 110 (2008)

Heidebrecht, P.; Galvita, V.; Sundmacher, K.: An alternative method for parameter identification from Temperature Programmed Reduction (TPR) data. Chemical Engineering Science 63 (19), S. 4776 - 4788 (2008)

Heidebrecht, P.; Hertel, C.; Sundmacher, K.: Conceptual Analysis of a Cyclic Water Gas Shift Reactor. International Journal of Chemical Reactor Engineering 6, S. A 19 (2008)

Pfafferodt, M.; Heidebrecht, P.; Sundmacher, K.; Würtenberger, U.; Bednarz, M.: Multiscale Simulation of the Indirect Internal Reforming unit (IIR) in a Molten Carbonate Fuel Cell (McFC). Industrial & Engineering Chemistry Research 47 (13), S. 4332 - 4341 (2008)

Gundermann, M.; Heidebrecht, P.; Sundmacher, K.: Validation of a Mathematical Model Using an Industrial MCFC Plant. Journal of Fuel Cell Science and Technology 3 (3), S. 303 - 307 (2006)

Chudej, K.; Heidebrecht, P.; Petzet, V.; Scherdel, S.; Schittkowski, K.; Pesch, H. J.; Sundmacher, K.: Index Analysis and Numerical Solution of a Large Scale Nonlinear PDAE System describing the Dynamical Behaviour of Molten Carbonate Fuel Cells. Zeitschrift für Angewandte Mathematik 85 (2), S. 132 - 140 (2005)

Heidebrecht, P.; Sundmacher, K.: Conceptual design of the integration of the reforming process in high temperature fuel cells. Journal of Power Sources 145 (1), S. 40 - 49 (2005)

Heidebrecht, P.; Sundmacher, K.: Dynamic Model of a Crossflow Molten Carbonate Fuel Cell with Direct Internal Reforming (DIR-MCFC). Journal of the Electrochemical Society 152 (11), S. A2217 - A2228 (2005)

Heidebrecht, P.; Sundmacher, K.: Optimisation of Reforming Catalyst Distribution in a Cross-flow Molten Carbonate Fuel Cell with Direct Internal Reforming. Industrial and Engineering Chemistry Research 44 (10), S. 3522 - 3528 (2005)