The Disciplines

From process conceptualization to plant design and operation

Heat Integration

Starting with commonly used pinch analysis, we are using state-of-the-art software tools to optimize the heat exchanger network. Hereby, the optimization process will be done in detail and not just be left to a software suggested solution. Beyond this, we want to present real life scenarios, where plant modifications are considered and incorporated in the development and optimization process. This provides great insight into the interdependencies of design options and OPEX/CAPEX. In addition, a detailed heat exchanger design will augment the heat integration study and provide insights in the interdependencies between heat integration and heat exchanger design and costing. We incorporate state-of-the-art exchanger design tools and software. Our Atelier infrastructure will help to master this task without the need to overburden the trainee the nitty-gritty details of heat exchanger design.

Utility Planning and Modelling

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Plantwide Process Control

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Piping and Instrumentation

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Hochschule Merseburg

Dipl.-Ing. Michael G. Schnitzlein, PhD
Senior Lecturer in Process Engineering
Eberhard-Leibnitz-Str. 2
06217 Merseburg
Germany

Tel: +49 3461 46-2922
Fax: +49 3461 46-2912

Email: This email address is being protected from spambots. You need JavaScript enabled to view it. 

Processengineer.EU

Dipl.-Ing. Michael G. Schnitzlein, PhD
Professional Trainer in Process Engineering

95213 Münchberg
Germany

Tel: +49 9251 997200
Fax: +49 9251 997270
Email: info @ processengineer.eu