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A MRF setting with a large, teal-colored Vivid AI sorting machine labeled "MSS". There are various control panels, conveyer belts, and wiring visible. The area is well-lit, and surrounding the machinery are metal railings on a white concrete floor.

Artificial Intelligence

AI-Driven Sortation and Material Characterization

The integration of artificial intelligence (AI) is transforming MRF efficiency by optimizing sorting processes and enabling more accurate identification and separation of recyclable materials.
Poster featuring a vivid and stylized eye illustration with colorful elements. Text reads "Meet Vivid AI: Next-Generation of AI and Material Extraction." Includes logos of companies/brands at the bottom and a QR code, indicating technological themes and AI innovation.

Transformative Integration of Artificial Intelligence (AI)

CP Group offers two AI-based sortation configurations for MRF quality control lines, each suited to different throughput requirements and facility constraints. Both systems are powered by Recycleye, whose vision AI and neural network technology enables real-time material identification and extraction across mixed waste streams:

  • Vivid® Air — Air ejection-based extraction for high-volume QC line automation. Processes material at up to 10x the picks per minute of mechanical arm or manual sortation, with single- or dual-eject configurations available.
  • Vivid® Bot — Robotic arm extraction suited for lower-volume positions and tighter retrofit constraints.

For facilities focused on data visibility, Vivid® Vision provides material stream monitoring and characterization. Also powered by Recycleye, it supports real-time operating decisions and audit reporting:

  • Vivid® Vision — Vision-only sensor system for real-time material characterization analysis. Compatible with Vivid® Air or Vivid® Bot, or deployable as a standalone unit on most conveyor belts.

Dynamic Adaption to Evolving Waste Streams

Leveraging sensor technologies and real-time data analysis, AI-driven systems adapt dynamically to evolving waste streams. This adaptability ensures maximum recovery rates while minimizing contamination, contributing significantly to sustainable resource management efforts on a global scale.

Stategic Leap Forward in MRF Solutions

Incorporating AI into material recovery facilities represents a strategic leap forward in our pursuit of innovative waste management solutions. AI algorithms continuously learn from vast datasets, enabling our sorting systems to evolve intelligently over time and adapt to diverse waste compositions.

Empowering Precision and Efficiency

By harnessing the power of AI-driven automation, material recovery facilities can operate with unparalleled precision and efficiency. This empowerment drives advancements in recycling technology and facilitates the transition towards a circular economy, shaping a more sustainable future for generations to come.

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