Mars Mineral expands European installed base
Mars, PA – Mars Mineral has shipped its 12th pin mixer for recovered Carbon Black (rCB) processing, Model 12D54Li-SS, to the European Union (EU), supporting the region’s tire recycling industry and rCB producers. rCB is the carbon residue from pyrolyzed end-of-life tires (ELTs). This marks Mars Mineral’s 24th installation worldwide.
With approximately 3.5 million metric tons of ELTs generated annually in Europe alone, the demand for recycling and circular-economy material solutions is growing. Designed for high-throughput processing, the Mars Mineral rCB pin mixer converts recovered Carbon Black from pyrolyzed ELTs into high-quality, ASTM-grade pellets for use in applications including paint and coatings, green tires, EV batteries, and more.
“With this latest shipment, we are proud to continue supporting the rCB market in Europe,” said Elliott J. Woodward, PE., business manager at Mars Mineral. “This project reflects our ongoing commitment to serving our customers and helping build a more sustainable, circular future for carbon materials.”
Under typical operating conditions, these EU installations collectively represent the potential to process several million metric tons of material annually, depending on application and system configuration. Mars Mineral also maintains an additional twelve (12) rCB pin mixer installations worldwide, reflecting continued global demand for its agglomeration technology.
The Model 12D54Li-SS pin mixer supplied for this project is CE-certified under the EU Machinery Directive, ensuring compliance with European safety, health, and performance standards. In addition, the unit is designed for ATEX Zone 22 environments, making it suitable for operation in areas where combustible dust may be present under abnormal conditions. These certifications are critical for ensuring safe operation in industrial processes such as rCB production, in which fine particulate matter can create potentially explosive atmospheres.
As Europe continues to advance sustainability initiatives focused on waste reduction, resource efficiency, and emissions reduction, technologies that enable circular material flows are becoming increasingly important. The management of end-of-life tires remains a significant environmental challenge, driving increased adoption of recycling solutions such as pyrolysis, which converts scrap tires into valuable secondary products, including recovered carbon black.
Mars Mineral’s pin mixer technology plays an essential role in this value chain by conditioning and preparing rCB for downstream handling, pelletizing, and reuse. By improving material consistency, flowability, and handling characteristics, these systems support the integration of recycled materials into industrial supply chains, reducing reliance on virgin raw materials and contributing to broader decarbonization efforts aligned with net-zero goals.
This continued expansion in Europe reflects both growing market demand and a long-standing commitment to process innovation. As a third-generation company founded in 1972, Mars Mineral has built its reputation on delivering reliable, engineered solutions that evolve alongside industry needs, increasingly shaped by sustainability, regulatory compliance, and resource efficiency.