Applied Research
Numerical simulations reduce time and cost intensive experimental iteration and help to locate problems that may not be easily identifiable from experimental techniques alone. We use advanced experimental and theoretical methods to study the kinetics of catalytic reactions and their interactions with mass and heat transport in chemical reactors, emission control devices, fuel and electrolysis cells. A special emphasis is given on the development of mathematical models and computer codes for the numerical simulation of technical devices and processes.
For more complex questions, we prepare feasibility studies and reports in order to determine how a solution can best be implemented using our software.
Software Development Projects
Custom software development projects cover requirements that are beyond the scope of standard software features. Nothing gets the job done better than a program created just for you and your team. See our most recent development Kinetiker for inspiration.
User Interfaces
Get a custom built user interface for your specific problem, accessible to all your team members – even those not familiar with numerical simulation. Save time by avoiding having to learn details of a software solution that is not a perfect fit for your purpose.
Software optimization
Tuning an application for a specific problem opens the door for many optimizations that are not available to general software solutions. The end result is an easy to use program that delivers results fast in the data formats you need.
Compatibility
We can adapt the output data formats so that the software can be interfaced to an existing in-house solution, hence providing a seamless user experience.
Automation
In many cases, manual post-processing of data such as formatting and visualization is the actual bottleneck in the complete simulate-evaluate-repeat workflow.
Testing
omegadot has access to fully equipped modern testing facilities at the Karlsruhe Institute of Technology (KIT) for studying various aspects in the field of catalysis and exhaust gas aftertreatment. Typical services include catalyst preparation, coating and characterization, testing of catalyst powders and coated honeycombs by systematic kinetic measurements under model and complex reaction conditions. Further services include conducting complex flow and temperature distribution simulations on the basis of elementary kinetics and global kinetics.
The complementary core competences of testing, theory and characterization center are of decisive advantage by enabling innovative knowledge-based development for future-oriented ideas.
