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Real installations across Spain show what automated sorting looks like in practice – and the difference it makes to recovery rates.
It's one thing to talk about the benefits of automation in recycling in the abstract. It's another to see it running in real facilities, processing real waste streams, day after day. A look at several PICVISA installations across Spain illustrates how automated identification and separation translates into practical results on the ground.
At the heart of every automated sorting line is the same basic challenge: identifying what each item is made of, quickly and accurately enough to separate it from everything else passing through at the same time. Getting this right is what determines whether a facility can meet its recovery targets – and getting it wrong, even occasionally, can mean valuable material ends up in the wrong stream.
At a textile recycling facility in A Coruña, automated sorting technology separates incoming textile waste by fibre composition – a task that would be extremely labour-intensive and inconsistent if done manually, given how visually similar different fibre blends can be. Automation here doesn't just speed up the process; it makes a level of sorting precision possible that manual methods simply couldn't achieve at scale.
At the Ca Na Putxa environmental area, automated sorting systems handle a broader mix of waste streams, demonstrating how the same underlying sensor and separation technology can be configured for different material profiles depending on what a facility receives – from packaging waste to bulkier mixed materials.
The glass recovery line at TM Alcudia shows automation applied to one of recycling's most established material streams – using optical sorting to separate glass by colour and remove contaminants, producing cullet of a quality suitable for use in new glass production.
Across all of these installations, the underlying driver is the same: consumer society generates waste at a volume and complexity that manual sorting alone cannot keep pace with. Automation is what allows facilities to process this volume while still recovering material at the purity levels that make recycling genuinely viable, rather than simply diverting waste from one form of disposal to another.
What these real-world installations demonstrate is that automation in recycling isn't a future aspiration – it's already operating, across multiple material streams and facility types, delivering the recovery rates that a more circular waste management system depends on. As more facilities adopt this kind of technology, the cumulative impact on landfill diversion and material recovery continues to grow.
Explore PICVISA optical sorting solutionsGet in touch with our team to discover how PICVISA's optical sorting and robotics solutions can fit your recycling operation.