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Germany: Cooperation with AI-Expert

Artificial Intelligence to Accelerate Product Development of Lanxess

| Editor: Alexander Stark

Lantress and Citrine Inforamtics have launched a pilot project aimed at gauging the potential of AI for the plastics production.
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Lantress and Citrine Inforamtics have launched a pilot project aimed at gauging the potential of AI for the plastics production. (Source: Lanxess)

Lanxess explores the possibilities of artificial intelligence (AI) in the development of customer-specific high-performance plastics. In this way, the specialty chemicals company is looking to drastically cut the amount of time it takes to develop new materials. For this, the group has entered into close collaboration with Citrine Informatics, a US-based AI company specializing in data-driven materials development.

Cologne/Germany — The two companies have launched a pilot project aimed at gauging the potential of AI for the plastics production. The aim is to further optimize the glass fibers that the manufacturer uses for reinforcing many of its high-performance plastics and ultimately to enhance the performance of the materials.

Glass fiber sizing plays a key role here. Glass fibers that are mixed with the plastics to increase their mechanical performance are surrounded with a sizing. This helps the glass fibers to bond more strongly with the plastic matrix, ultimately ensuring the properties required of high-performance plastics. The process of optimizing glass fiber sizing is complex, laborious and time-consuming. Dr. Axel Tuchlenski, Head of Global Product and Application Development in the High Performance Materials business unit expects AI to cut the development time for optimized formulations by more than half.

AI to Recommend Formulations

In traditional product development, the complex composition of glass fiber sizings and the numerous variables when manufacturing high-performance plastics require extensive testing, the results of which can be hard to predict. AI can make an important contribution in this case by getting the most out of the available data. Supplied from thousands of measurement results from previous formulations, raw material information and a host of additional data, AI algorithms calculate forecast models for improved test configurations and parameters, enhance these models on the basis of the measurement results from each individual test, and finally propose an optimum formulation. This procedure makes product development faster than traditional methods.

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