Get to know IPS and shape the future of industrial production in plant operation with us.
We value the DIFFERENCE OF PEOPLE.
We deliver EXCELLENT PERFORMANCE.
We are driven by challenges – WE SHAPE THE FUTURE.
TRUST is the basis of our cooperation and we are strong as a team.
We COMMUNICATE – openly and honestly.
My responsibilities include business development, reporting and overall responsibility for commercial management.
Successful collaboration
Innovations move us forward
EXIST Research Transfer Funding Phase 2
Increasing the performance and competitiveness of the SOMAWorkspace analysis tool
EXIST Research Transfer Funding Phase 1
Development of industry-relevant MVPs for real-time monitoring of particle flows for crystallisation and spray processes, business development, IP transfer, start-up
Fluid dynamic optimisation of the electrolytic production of green hydrogen
Development of image-based inline sensor technology for use in large-scale electrolysers.
Development of image-based optical sensor technology for process optimisation
Seed financing for expanding the product portfolio, generating initial sales until the break-even point is reached, and establishing a sustainable business model.
VIVET – Association for Innovation in Process Engineering
VIVET develops technologies for fast and efficient process development and production in the chemical and biotechnology industries.
Great thanks goes to
Learn more about
Start of development of sensor technology for bubbles and sprays in collaboration with an international industrial group
Securing seed financing to establish the business model
First successful commissioning of sensor technology in an industrial environment
IPS signs transmission and licence agreements with RPTU Kaiserslautern-Landau
Inline Process Solutions GmbH was officially founded in August 2023.
The business idea convinced the jury, who agreed to a two-year sponsorship. The name for the company and product was born: Inline Process Solutions (IPS).
The increased demand for the sensor technology provided the impetus to develop the idea sketch into a fully-fledged business plan.
The European patent EP 3 067 685 B1 was granted.
The prototypes were continuously optimized and field tests in academic and industrial environments were successfully completed.
A European patent application has been filed for the one-sided insertion of the sensor technology.
The first step was a measurement setup with two-sided access, which was given the name Optical Multimode Online Probe (OMOP). It was tested in a wide variety of regimes. This was followed by a further development for larger devices and more flexibility with one-sided access.
It all began at the Chair of Process Engineering (Prof. H.-J. Bart) at the Technical University of Kaiserslautern with an attempt to determine droplet sizes in extraction columns in order to improve the modeling and design of this equipment.
