Explore our dedicated dossier on digitalization and generative AI in the chemical industry, where cutting-edge technologies are transforming processes, enhancing efficiency, and unlocking new opportunities. This collection highlights key innovations, challenges, and Catalisti’s efforts to foster digital advancements that drive sustainability, competitiveness, and growth in the sector.
Johnson & Johnson investigated how it could deploy AI and what added value it would bring. It initially focused this on solvent switches. Project manager Niels Vandervoort recounts the remarkable success.
In the past five years, the chemical industry has witnessed remarkable strides in digitalization, but the road to transformation remains fraught with challenges.
A recent McKinsey report highlights how innovative approaches using generative AI (Gen AI) can enable chemical companies to reinvent their sales operations, build resilience, and unlock new revenue streams.
Yesterday we held our networking event Catalisti Connect and zoomed in on the topic of AI & Innovation. After an introduction by president Peter Roose and a Catalisti update by managing director Tine Schaerlaekens, a keynote presentation was given by professor Vincent Ginis (VUB).
Catalisti published the whitepaper "Digitalisation of Chemical Production and Process Environments in Flanders".
Chemical and pharmaceutical companies believe in virtual and augmented reality as support for training and retraining personnel. This appears after intense consultation between the stakeholders involved and the industry 4.0 living lab “Training 4.0,” an initiative of the Flemish government.
SENSOR investigates new technologies for the development of a new and innovative sensor platform for online monitoring with a special focus on micropollutants such as EDCs and PFASs.
The DAP2CHEM project aims to stimulate the transition of chemical and life science companies towards I4.0.
‘Living lab Industry 4.0: Education 4.0’ aims to stimulate the transition of chemical companies towards Industry 4.0 by creating success stories and best practices that can be shared with other companies.
The concrete goal of the present study is to develop an initial collective innovation plan in the field of i4.0 for the Flemish sector of chemistry, plastics and life sciences.