NC State researcher holding seaweed-inspired biopolymer mesh for microplastics capture | Industrial Sustainability Monthly

North Carolina State University Researchers Develop Microplastic Capture Mesh

North Carolina State University researchers have developed a highly porous, superadhesive biopolymer mesh designed to capture microplastics across a broad range of particle sizes in both freshwater and saltwater. Inspired by naturally occurring mats and balls of tangled seaweed, the new material combines physical trapping with surface adhesion to capture particles ranging from millimeter-scale fragments […]

Continue Reading
BioBTX ICCP pyrolysis technology demoplant | Industrial Sustainability Monthly

BioBTX Plans Waste-to-Aromatics Plant

BioBTX, a Dutch circular chemistry technology developer, has announced plans to move forward with construction of a commercial-scale plant in Delfzijl, the Netherlands, that will convert mixed plastic waste into aromatic chemicals. The facility will use BioBTX’s proprietary Integrated Catalytic Cracking Process, or ICCP, technology to convert mixed plastic waste through catalytic pyrolysis into aromatic […]

Continue Reading
Catalyxx renewable chemicals facility featured in Industrial Sustainability Monthly.

Catalyxx Plans Renewable Chemicals Plant in Portugal

Catalyxx, global industry experts in renewable chemical production technologies, has selected Sines, Portugal, for Catalyxx Ibérica, its first commercial-scale renewable chemicals plant. The €120 million facility will produce butanol, hexanol and octanol from bioethanol as lower-carbon alternatives to fossil-based chemicals. The plant will be located in one of Europe’s leading industrial and logistics hubs, with […]

Continue Reading