Dynamic Solids Process Simulation Software
Dynamic simulation software for solids processes, where particles change size, shape, moisture, and composition across the flowsheet. Model dryers, mills, granulators, and full production systems in one dynamic environment.
Backed by Institute of Solids Process Engineering and Particle Technology at TUHH.
Dyssol is an attractive tool for our solids production processes to gain a deeper understanding and to push our operations to their limits. With DyssolTEC, we have found a strong partner for future cooperation!
Dynamic flowsheet simulation for solids processes.
Flowsheet simulation is used to describe production processes, optimize them, develop control strategies or design new products. Dyssol focuses on modelling solids processes and can handle all solids properties and their interactions like size, shape and moisture by design. The modelling framework allows the simulation of dynamic processes to investigate stability, start-up and shut-down behavior in continuous, batch and semi-batch modes.
Used in pharma, chemicals, food, and mining where particle properties drive product quality.
Engineers model size distribution, moisture, and composition in one flowsheet environment, leading to faster development, smoother scale-up, and results that are easier to explain across R&D and production.
Dyssol enables QbD and continuous manufacturing by time-dependent dwell times and the ability to predict product quality.
Many downstream processes like crystallizer, spray dryer, and fluidized beds are already implemented.
Process units like spray dryer, crystallizer, granulator, agglomerator and separator are included.
Many comminution and separation units are available for dynamic solids-process simulation.
Ready to use. Proven in research and industry for years.
Explore Dyssol's searchable library of process units for flow handling, size reduction, classification, drying, granulation, transport, and filtration.
Built for dynamic, multidimensional solids-process simulation.
Dyssol combines a ready-to-use process library with custom model development, dynamic simulation, and an intuitive flowsheet interface.
Flowsheeting with bulk materials is very complex since every single particle has its own size, shape and moisture content or composition. Dyssol enables multiple bulk properties besides the size distribution and their interaction.
The basis version of Dyssol is and will stay free to use for everybody. This research-focused version is useful for universities and research institutes.
Dyssol provides the possibility to consider time-dependent process behaviour by default. This includes batch and semi-batch processes and start-up and shut-down behaviour.
Dyssol comes with a set of base process models for drying, size change, storage, transport and separation, already implemented and ready-to-use.
Design your specific process by using the intuitive Drag&Drop flowsheet designer in the new DyssolPro version.
Use our Model Maker to build your own models that perfectly represent your processes. If needed our modelling expert can help.
Engineering services backed by applied research at the Technical University of Hamburg.
DyssolTEC supports teams that need more than software. We develop custom unit models, help with process studies and scale-up, and train engineers to use Dyssol simulation software in real projects.
We offer a comprehensive service around Dyssol: help with the installation, introduction to the simulation system, implementation of new models, databases or interfaces to the development of customized Dyssol versions.
In Dyssol many units are already implemented but if you need custom models for your specific processes, we can develop and implement them in your own licenced Dyssol version. We can also help you integrate your own existing models into the software.
You want to get to know Dyssol and get a general idea how flowsheet simulation works? We provide workshops and trainings (on-site and online) and can customize them to your specific needs.