About DyssolTEC

Particle process engineering, from a Hamburg office

A small team of process engineers and software developers, spun off from research at TUHH, working with industrial and academic partners on solids and particle process simulation.

How DyssolTEC started

Vasyl, Sophia, and Christian were researchers at the Institute of Solids Process Engineering and Particle Technology (SPE) at Hamburg University of Technology (TUHH), sharing the same office and working on adjacent particle and process simulation problems.

The pattern was clear from conversations with industrial partners: companies in chemicals, pharma, food, and mining had real, expensive problems in their downstream solids processing, but the simulation tools available off the shelf could not capture the particle-scale behavior that drove those problems.

In 2022, the three co-founded DyssolTEC together with Prof. Stefan Heinrich, head of the SPE institute, to bring the particle-simulation toolchain they had been building (DyssolPro and MUSEN) into industrial projects.

The company stayed in Hamburg and stayed close to its academic origin. Through ongoing collaboration with universities and research institutes across Europe, the team keeps current with new modeling methods and contributes its own work back to the field.

The team

The four co-founders behind DyssolTEC.

Dr.-Ing. Vasyl Skorych

Dr.-Ing. Vasyl Skorych

Business Executive & Co-Founder

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Christian Eichler

Christian Eichler

Business Executive & Co-Founder

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Dr.-Ing. Sophia Rothberg

Dr.-Ing. Sophia Rothberg

Business Executive & Co-Founder

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Prof. Dr.-Ing. Stefan Heinrich

Prof. Dr.-Ing. Stefan Heinrich

Academic Co-Founder · SPE Institute, TUHH

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Scientific roots and current works

53 peer-reviewed papers by the team and our collaborators, grouped by application area.

DyssolPro and MUSEN emerged from doctoral and post-doctoral research at TUHH. We continue to publish jointly with academic partners and integrate new findings back into the tools we ship.

  1. Modeling of the gelation process in cellulose aerogels

    MUSEN Jarms / Borzecka et al. · 2025

  2. Simulation-based characterization of alginate aerogel packed bed compaction via DEM-BPM

    MUSEN Alves et al. · 2025

  3. Insights into mechanisms governing the print-bed characteristics in binder jet additive manufacturing

    MUSEN Malti, Brandl & Molla · 2025

  4. Role of process parameters on the effective properties of the print-bed during binder jet additive manufacturing: a DEM-based study

    MUSEN Malti, Brandl & Molla · 2024

  5. Optimizing raw material composition to increase sustainability in porcelain tile production: a simulation-based approach

    Dyssol Alves et al. · 2023

  6. Application of flowsheet simulation methodology to improve productivity and sustainability of porcelain tile manufacturing

    Dyssol Alves et al. · 2023

  7. Improving the sustainability of porcelain tile manufacture by flowsheet simulation

    Dyssol Alves et al. · 2023

  8. DEM-based approach for the modeling of gelation and its application to alginate

    MUSEN Depta et al. · 2022

  9. Integrated process simulation of porcelain stoneware manufacturing using flowsheet simulation

    Dyssol Alves et al. · 2021

  10. Influence of pores arrangement on stability of photonic structures during sintering

    MUSEN Dosta et al. · 2020

  11. Modelling of mechanical behavior of biopolymer alginate aerogels using the bonded-particle model

    MUSEN Dosta, Jarolin & Gurikov · 2019

  12. High-contrast structural color with core-shell particles via reciprocal space engineering

    MUSEN Shan et al. · 2018

  13. Discrete element simulation of metal-ceramic composite materials with varying metal content

    MUSEN Besler et al. · 2016

  14. Simulation of high temperature behavior of periodic macro porous alumina

    MUSEN Besler et al. · 2015

  15. DEM simulations of amorphous irregular-shaped micrometer-sized titania agglomerates at compression

    MUSEN Kozhar et al. · 2015

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