Imagine a smart robot that can take apart old TVs and monitors without breaking them. Instead of crushing everything into a mess, it carefully picks out rare metals and separates plastics. It's like turning a pile of electronic junk into a gold mine of reusable parts.
WEEE is the fastest growing hazardous waste, yet critical materials like Indium have a recycling rate under 1%. Current shredding methods are outdated, unsafe, and lose valuable commodities.
A fully functional Circular Pro™ prototype featuring AI and robotics for de-polluting mercury, separating plastics, and identifying reusable components.
If you are a recycler dealing with hazardous e-waste and low recovery rates — this project developed the Circular Pro™ that automates the removal of mercury tubing and separates plastics. This transforms hazardous waste into a valuable commodity while improving operator safety.
If you are a manufacturer dealing with a lack of raw materials — this project developed a system that identifies components for reuse and recovers Critical Raw Materials like Indium. This reduces reliance on virgin mining where copper ore quality has dropped by 30%.
If you are a service provider dealing with unverified green claims — this project developed a system providing auditable certification of Carbon Credits. It uses data generated during the recycling process to prove reduced emissions.
The Circular PRO™ is offered as a pay-per-use subscription model (Technology-as-a-Service), which minimizes the initial capital outlay for the recycler.
Yes, the project delivered a fully functional prototype that was successfully installed on two customer sites.
Based on available project data, the technology is deployed via a subscription-based Technology-as-a-Service model rather than a traditional license sale.
The system helps recyclers hit EU recycling targets of 85% by automating the de-pollution of hazardous mercury and recovering critical raw materials.
Based on available project data, the system is a functional prototype ready for deployment, as evidenced by the two successful customer site installations.
The project is led by a single SME, Peregrine Technologies (Holdings) Limited, based in Ireland. With a 100% industry ratio, the project focused entirely on commercial application and deployment rather than academic research, resulting in a direct transition from prototype to customer site installation.
Contact Peregrine Technologies (Holdings) Limited in Ireland
Request a demo of the Circular Pro™ subscription model
