Welcome,

to the website of the Institute of Process Systems Engineering at the Hamburg University of Technology, which emerged in 2020 from the Institute of Process and Plant Engineering, founded in 1985.

Our website offers you an overview of our institute as well as our activities in research and teaching and provides you with a wide range of information.

The goal of the research activities of the institute of Process Systems Engineering is the development and optimization of individual process steps and aggregated process flowsheets, based on a holistic view of available data, derived mathematical models and the algorithms used for analysis and optimization. In cooperation with industrial and academic partners, we investigate and develop innovative process concepts with a focus on reactive and hybrid processes in the field of fluid process engineering, taking into account innovative methods of energy integration. Our research activities pursue the goal to develop resource-, energy- and cost efficient processes for a sustainable production in the chemical and biochemical industry. While a major focus is on the development of model-based tools for process analysis and optimization-based process design, using modern computing technology, the institute also offers a wide range of experimental expertise and equipment from laboratory to pilot plant.  

Process modelling, simulation and optimization are essential elements of research and teaching in the field of process systems engineering. These are essential in the context of the currently pursued digitalization and highly relevant for industrial practice.

On behalf of all members of our institute, I invite you to explore our website and contact us if you are interested.

With kind regards,

Prof. Dr.-Ing. Mirko Skiborowski

What is process systems engineering

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From the HOOU learning program created by the Institute of Systems Engineering

 

News

25.09.26
Protein adsorption at solid–liquid interfaces plays a crucial role in many biological and technological processes, including the design of biomaterials, biosensor performance, and biocatalysis. Understanding how proteins interact with surfaces is essential for controlling biofouling, optimizing ...
23.09.26
The transition of the chemical industry toward renewable biocatalysis requires robust kinetic models to scale and optimize enzymatic processes. However, deriving these models typically relies on manual, trial-and-error fitting of predefined equations, while data-driven machine learning approaches...
17.09.26
Lignocellulosic biomass has a high potential as resource for the chemical industry, but its conversion to fermentable sugars requires efficient pre-treatment and a subsequent enzymatic saccharification. Here, we present a model-based workflow for the design of enzyme cocktails ...
24.07.26
Poster zur Analyse einer Biodieselanlage punktet mit kreativen Ideen
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11.06.26
Dr. András Tóth researches sustainable separation processes in the chemical industry
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10.06.26
Link to the publications from CRC-collaborations with the University of Hamburg
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08.04.26
Biocatalysis, using enzymes or whole cells, offers high selectivity under mild conditions, but its broader application is often hindered by slow kinetics, equilibrium limitations, product inhibition and the processing of dilute streams in the presence of enzymes and cells.
06.11.25
Collaborative work from the SFB Transregio ImPrompt on integration of process synthesis and experimental design finally published. A big thank you to our collaborators Stefanie Kaiser and Prof. Sebastian Engell.
07.07.25
Abstract Pervaporation is a well-established membrane separation process that effectively overcomes limitations of distillation due to azeotropes and distillation boundaries. The selective mass transfer of pervaporation membranes has enabled successful implementation in a variety of industries ...
07.07.25
Abstract Improving the energy efficiency of distillation processes is crucial for reducing the high energy demand and environmental impact of the chemical industry. Compression heat pumps play a significant role in this transformation as they are able to upgrade and recover heat rejected ...
07.07.25
Abstract Micro- and millistructured reactors offer significant advantages compared to conventional batch reactors in terms of heat and mass transfer as well as process safety. Especially in case of fast and exothermic reactions, the space-time-yield of batch reactors is often limited by ...
10.06.25
Abstract The correct characterization of enzyme kinetics is an important issue for the successful implementation of an enzymatic process on an industrial scale.