Acquisition of AI Sorting Firm Recycleye

San Diego-based CP Group, a global leader in designing and manufacturing material recovery facilities (MRFs), has officially acquired the artificial intelligence and robotics firm Recycleye. This strategic acquisition aims to integrate advanced optical sorting and AI-driven robotics into CP Group’s expansive infrastructure, marking a significant milestone for intelligent material recovery.

Solving the Bioplastic Sorting Challenge

As the packaging industry increasingly shifts toward bio-based alternatives, the municipal waste stream has grown exponentially more complex. Conventional sorting technologies, such as basic near-infrared (NIR) scanners, often struggle to accurately differentiate between conventional fossil-based plastics like PET and bioplastics like polylactic acid (PLA). When cross-contamination occurs, it can severely degrade the quality of both mechanical recycling yields and industrial composting processes.

Recycleye’s proprietary computer vision systems provide a robust solution to this material identification bottleneck. By leveraging highly trained machine learning models, the technology can visually identify and separate compostable bioplastics from traditional polymers at a granular level. The integration of Recycleye’s AI robotics into CP Group’s sorting lines will allow facility operators to extract high-purity bioplastic fractions, ensuring that materials like PLA or PHA are properly directed to specialized composting or chemical recycling facilities.

Future Integration and Global Reach

With CP Group’s extensive footprint in engineering, manufacturing, and installing advanced recovery systems globally, the acquisition guarantees a rapid commercial scaling of Recycleye’s AI innovations. The London-based tech firm’s robotic picking stations and intelligent vision systems will become a core, fully integrated component of CP Group’s turnkey MRF offerings, available from initial plant design through to installation and ongoing customer support.

By closing the loop on visually identical but chemically distinct packaging materials, this merger not only modernizes facility operations but directly supports the commercial viability of next-generation biopolymers by securing their critical end-of-life recovery pathways.

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