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Advanced Systems Engineering in Process Control, Optimization, and Simulation

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6 diapositives · 225 Views · Sep 15, 2014

This group focuses on advanced process systems engineering, including process modeling, thermodynamic modeling, optimization, and control within chemical processes. Key research areas involve computer-aided modeling, dynamic simulation, and self-optimizing control of various systems, such as GTL and LNG plants. Professors and researchers collaborate on projects that explore the integration of biological systems in engineering and novel strategies for distillation column operations. The group emphasizes innovative methods for optimization, risk analysis, and enhancing the efficiency of chemical processes.

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  1. Førsteamanuensis Tore Haug-Warberg Professor Heinz Preisig PROCESS SYSTEMS ENGINEERING GROUP • Process modelling • Including thermodynamic modelling • Process optimization and control • Process simulation and design • Systems biology Professor Sigurd Skogestad Førsteamanuensis Nadi Skjøndal-Bar

  2. 4th year • TKP4140* Process control (Prosessregulering) • TKP4135 Chemical process systems engineering • 5th year • TKP8 Advanced rocess control (Vg prosessregulering • TKP9 Advanced process simulation (Vg prosess-simulering) • TKP11 Thermodynamics, advanced course • TKP10 Kjemisk prosessteknologi, spesielle emner • TTK16 Modellprediktiv regulering (MPC) og optimalisering (Institutt for teknisk kybernetikk) • TEP9 Termisk kraft/varme - produksjon (Institutt for termisk energi og vannkraft)

  3. Tore Haug-WarbergResearch projects • Taylorutvikling av termodynamiske likevektstilstander • Implementasjon av termodynamiske tilstandslikninger • Influence of gradients in temperature on water flux in osmotic processes. Co-supervisor: Senior scientist Tom-Nils Nilsen

  4. Model Library Equation Library MatLab DAE Model Species data Documentation Reaction data MODELLER Graph of Behaviour MatLab Library MatLab Data of Behaviour Heinz PreisigResearch projects • Computer-aided modelling • Computer-aided modelling • Control lab rejuvenation • Reduced- order models for distillations • Felles Lab Experiments • Model reduction • Automatic Safety and Hazard Analysis • Simple Thermo Server Co-supervisors: Tore Haug-Warberg, Bjoern Tore Løvfall, SINTEF • On time scaling in chemical processes

  5. Nadi Skjøndal-BarResearch projects • Systems Biology - Modelling and analysis of the process of initiation control in protein synthesis • Systems Biology - Modelling Feed intake and appetite of fish

  6. Sigurd SkogestadResearch projects • Simulation, optimal operation and self-optimizing control of GTL plants. Co-supervisor: Mehdi Panahi (PhD student) • Simulation, optimal operation and self-optimizing control of LNG plants.Co-supervisor: Magnus G. Jacobsen • Design of integrated distillation columns for separation of multicomponents mixtures (simulation). Co-supervisor: PhD student + Ivar J. Halvorsen (SINTEF) • Control and operation of Kaibel distillation column (simulation). Co-supervisor: PhD student + Ivar J. Halvorsen (SINTEF) • Control and operation of Kaibel distillation column (experiment). Co-supervisor: PhD student + Ivar J. Halvorsen (SINTEF) • Explicit MPCextensions.Co-supervisor: PhD student Henrik Manum • Dynamic simulation of alternative control strategiesCo-supervsior: PhD student Ramprasad Yelshuru • Self-optimizing control of batch processes. Co-supervisor: PhD student Håkon Dahl-Olsen • Dynamic Model and Control of Heat Exchanger Networks for District Heating. Co-supervisor: PhD student Johannes Jäschke • Simple rules for retuning of control loops. Co-supervisor: Mohammad Samsuzzoha . • Stabilization of two-phase flow in risers from reservoirs (anti-slug control) (in cooperation with Siemens). Co-supervisors: Esmaeil Jahanshahi (PhD student) and Professor Ole Jørgen Nydal