BASF said that catalysts produced using this technology are not only mechanically robust but also feature an open structure, which significantly reduces pressure drop across reactors and increases surface area, thus improving the performance of the catalysts.

According to BASF, the X3D technology can be applied to a wide array of catalytic materials, including both precious and non-precious metal catalysts, as well as carriers. This flexibility allows BASF to customize catalysts according to specific customer requirements by fine-tuning parameters such as infill patterns, fiber diameters, and orientations.

“BASF remains committed to leading the charge in innovation within the chemical catalysts industry. X3D represents a step-change advancement in technology for catalyst production. We are proud to give our customers new opportunities to boost the performance of their production and at the same time reduce their carbon footprint,” said Detlef Ruff, senior vice president, process catalysts at BASF.

"BASF has successfully operated commercial plants using X3D catalysts for several years, achieving remarkable results. This technology is poised to shape the future for both green and traditional value chains with unparalleled efficiency and improved speed-to-market,” said Jens Perregaard, vice president, custom catalysts & innovation at BASF.