Dyssol

Learn about the key features of the software and how to use Dyssol for the flowsheet simulation of your processes!

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Graphical user interface with Drag&Drop

Dyssol has a GUI allowing you to create and configure flowsheets and analyse simulation results.

Professional design - we are constantly working on making Dyssol as user-friendly as possible

Try the upgraded DyssolPro version with Drag&Drop function for flowsheet design

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Automated process optimization

The optimization tool allows you to predict the optimum process parameters for your process and desired product properties.  

Can be used for every implemented process unit

New tool in the upgraded DyssolPro version

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Sensitivity analysis

What parameters and factors are influecing your product properties the most? Use the Sensitivty analysis tool which is integrated in Dyssol.

Can be used for every implemented process unit

New tool in the upgraded DyssolPro version

Multidimensional material properties

The simulation of solid processes is an incredibly complex task. The biggest challenge lies in the description of the particles themselves, because each one is unique and has its size, shape, composition and other interdependent properties.

Dyssol enables to describe materials with any number of different interdependent properties and to change them in operational units

Dynamic processes

Dynamic process simulations become increasingly important to guarantee efficient plant design and product quality. Dyssol can simulate time-dependent processes.

Enables investigation of e.g. process stability, start-up and shut-down behavior or batch and semi-batch processes

Custom Model Maker

Many processes are very individual and need their specific mathematical description. With the Model Maker you can easily implement, test and validate your own models in Dyssol.

You can also use the DyssolTEC service and we develop and implement your models for you

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Implemented units

Check out the process models which are already implemented and ready-to-use in Dyssol

You are missing a specific process model? Contact us to discuss the implementation possibilities!

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The journey of Dyssol

Dyssol brings together years of collaborative research with industry and academia

Start of DFG project SPP 1679



First prototype of Dyssol presented



Finished DFG project SPP 1679 with many implemented models and solvers


Dyssol for Windows published



Dyssol for Linux published & start of DFG project extension


Founding of DyssolTEC GmbH as a maintainer and developer to drive Dyssol's future


Kick-off of Dyssol-Consortium for technology transfer with industry partner BASF and Evonik


Launch of updated DyssolPro version with Drag&Drop, additional functionalities and extended proces library

References for Process applications

Optimizing raw material composition to increase sustainability in porcelaine tile production: A simulation-based approach

Alves et al. 2023

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Modeling and Flow Sheet Simulation of Selected Mechanical Recycling Processes for Li-Ion Batteries
Punt et al. 2022

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Application of Flowsheet Simulation Methodology to Improve Productivity and Sustainability of Porcelain Tile Manufacturing
Alves et al. 2023

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Use of multiscale data-driven surrogate models for flowsheet simulation of an industrial zeolite production process
Skorych et al. 2022

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Improving the sustainability of porcelain tile manufacture by flowsheet simulation
Alves et al. 2023

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Dynamic model development based on experimental investigations of acoustically levitated suspension droplets
Buchholz et al. 2021

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Modeling and Flowsheet Simulation of Vibrated Fluidized Bed Dryers
Lehmann et al. 2021


Link

Integrated process simulation of porcelain stoneware manufacturing using flowsheet simulation
Alves et al. 2021

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A dynamic model for process flowsheet simulation of semi-batch precipitation of sparingly soluble salts
Rehage et al. 2020

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Dynamic flowsheet simulation for chemical looping combustion of methane
Haus et al. 2018

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Process simulation of technical precipitation process - The influence of mixing -
Metzger 2018

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Dynamic flowsheet simulation of gas and solids flow in a system of coupled fluidized bed reactors for chemical looping combustion
Haus et al. 2017

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References for general work and principals of Dyssol

Dyssol - An open-source flowsheet simulation framework for particulate materials
Skorych et al. 2020


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A framework for dynamic simulation of interconnected solids processes
Skorych et al. 2020

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Investigation of an FFT based solver applied to dynamic flowsheet simulation of agglomeration processes
Skorych et al. 2019

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Application of Transformation Matrices to the Solution of Population Balance Equations
Skorych et al. 2019

Link

Novel system for dynamic flowsheet simulation of solids processes
Skorych et al. 2017


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