Due to the good chemical and physical characteristics, debranched xylan is meant to replace less sustainable ingredients, which helps to produce greener products.

The aim of this BMBF funded research project is to develop a software tool to optimize the structure of chemical plants. The focus lies on the optimization of the efficient use of resources. As specialists for global optimization, our task is to develop an innovative software tool for the structural optimization of chemical plants to add to our ClearVu product line. This combines parametrical and structural optimization. Additionally, the tool contains an interface to Aspen Plus.

During the project we cooperate with ZEDO and SUPREN.

This research project, funded by the EU in the workframe of SPIRE, is a cooperation between large companies, universities and SME. The aim of this project is to enhance the energy and resource consumption of manufacturing industries. Together with our project partners we will develop and test methods and tools for plant control, process monitoring and optimal dynamic planning under dynamic market conditions to achieve the set objectives. divis contributes methods for the data driven modeling of processes and for anomaly detection.

The application areas within the project include chemical production, production of cellulose fiber and consumption goods, and the sterilization and packaging of food.

The aim of this BMBF funded project was to react to the increasing need of crash simulations by developing an innovative and efficiently working software tool for the enhancement of virtual structure optimization of car bodies. Our software tool ClearVu Analytics could successfully be implemented into such a workflow.

The project was coordinated by Automotive Simulation Centers Stuttgart e.V., and the partners GNS mbH, SCALE GmbH, Bergische Universität Wuppertal and Technische Universität München.