Recycling and Reclamation Workers
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Prepare and sort materials or products for recycling. Identify and remove hazardous substances. Dismantle components of products such as appliances.
The occupation "Recycling and Reclamation Workers" has an automation risk of 40.7%, which is closely aligned with its base risk of 41.1%. This moderate risk level reflects the job’s combination of tasks that are both susceptible and resistant to automation. Many activities performed by recycling and reclamation workers, particularly those involving routine motion, present clear opportunities for the implementation of automated solutions. However, a notable segment of the work continues to demand manual labor and physical presence, limiting the current feasible extent of full automation. The top three most automatable tasks in this occupation are primarily routine and repetitive. Sorting materials (such as metals, glass, wood, paper, or plastics) into appropriate recycling containers can already be facilitated by emerging technologies like robotic arms and vision systems. Similarly, cleaning recycling yards through sweeping, raking, and picking up debris is a physical yet relatively simple set of tasks easily adaptable for robots or automated cleaning machines. Furthermore, operating forklifts, pallet jacks, power lifts, or front-end loaders to move bales or bundles are increasingly automatable as self-driving and remotely-operated machinery become more advanced and cost-effective for industrial environments. Conversely, several aspects of the job remain resistant to automation, keeping the overall risk moderate rather than high. Tasks such as operating automated refuse or manual recycling collection vehicles still require complex navigation and adaptability in unpredictable urban and residential environments, where robotic solutions remain unreliable. Likewise, collecting recyclables from curbside sites for transportation to facilities involves intricate interaction with diverse environments and obstacles. Operating processing equipment to sort, crush, or grind materials also demands hands-on technical skills and situational awareness that are currently challenging for machines to replicate consistently. Bottleneck skills like originality—though scored at just 2.0% and 1.9%—play a small but meaningful role in resisting automation, since inventive problem-solving and adaptability can be necessary in unexpected or unusual circumstances recycling and reclamation workers frequently encounter.