BASF Unveils Groundbreaking Plan to Increase Catalyst Production via X3D Technology

Munich, Germany - German chemical giant BASF has announced a significant investment in its production capacity for the company's X3D technology, a revolutionary additive manufacturing method for catalysts based on 3D printing. The new plant is slated for completion by 2026 and will be instrumental in increasing global availability of these cutting-edge catalysts.

According to details released by BASF, this industrial-scale facility will catapult the design and production of catalysts into uncharted territory. Utilizing X3D technology, these highly efficient catalysts boast open structures that reduce pressure drop, increase surface area, and exhibit remarkable mechanical robustness. The implications are far-reaching – with more responsive reactors, increased product quality, reduced energy consumption, and enhanced green transformation endeavors.

Another defining aspect of the X3D technology is its astounding versatility, capable of operating on various types of catalytic materials - from precious to non-precious metals, as well as custom carriers. By fine-tuning infill patterns, fiber diameters, and orientations according to customer needs, BASF offers bespoke solutions further distinguishing itself in this rapidly evolving space.

Acknowledging the pivotal role X3D technology is set to play, Senior Vice President Detlef Ruff expressed his company's unwavering commitment to leading innovation, commending, "X3D represents a step-change advancement in technology for catalyst production. We are proud to offer customers a platform to boost their production's performance while reducing their carbon footprint."

Notably, BASF had operated commercial plants utilizing X3D catalysts successfully for years, showcasing spectacular results. As Vice President Jens Perregaard aptly observed, "BASF is poised to shape the future of both green and traditional value chains with unparalleled efficiency and speed-to-market capabilities."