Dow · Supplier
Recycled content with seal strength, stiffness and optics preserved.
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Plastic recycling technology covers getting a usable polymer back out of a waste stream. On Halo, the solutions cover processing recycled resin, sorting and identifying material, chemical recycling into a product, and separating a multilayer film. Sign up to search the full network and post your specific need.
Dow · Supplier
Recycled content with seal strength, stiffness and optics preserved.
Avient · Supplier
A liquid additive that takes the yellow out of recycled PET.
Mohamed Noufal
Nanomaterials restoring the optical quality of recycled PET and HDPE.
Recycleye Ltd. · Supplier
Robotics or air jets acting on what the vision system identifies.
RD
Northeastern University
Hyperspectral imaging paired with tactile sensing on the same stream.
Certech · University
Pyrolysis with catalytic cracking, turning recycled HDPE into wax.
VR
Case Western Reserve University
Continuous extrusion over zeolite catalysts, at low temperature.
Nextek / NEXTLOOPP Consortium · Startup
Supercritical fluid delaminating and de-inking a multilayer film.

Jean-Philippe Laviolette
Pyrowave · Supplier
Low-energy nanopurification aimed at the same multilayer problem.
Impact Recycling · Startup
Mechanical recycling reaching high purity on post-consumer material.
Fabian Quesada Plata
Post-consumer PP and HDPE pressed into blocks, sheets, poles and pavers.
Bison Industries, LLC · Supplier
An additive letting PP and PE recycle normally and break down in landfill.
US
Hebrew University of Jerusalem
A catalyst making conventional PE and PP self-degrade, as a drop-in.
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Universities, startups, and suppliers with solutions in plastic recycling technology.
Plastic recycling organizationsResearchers and inventors advancing plastic recycling solutions.
Plastic recycling expertsTwo bottlenecks account for most of the work on Halo. Sorting is one, answered by six systems using AI vision, hyperspectral imaging, tactile sensing and air jets. The other is what to do with material once recovered, where eight entries work on making recycled resin behave and six convert it into wax or lubricant. On Halo it spans six groups, including processing recycled resin, sorting and identifying material, and chemical recycling into a product.
Stage of development. Work on plastic recycling technology on Halo comes mostly from companies. 33% of the solutions are in market. Co-development and sponsored research are the usual partnering routes, and about 51% of the solutions that state terms offer pilot engagements.
Four routes from HDPE to wax. Pyrolysis with catalytic cracking, continuous extrusion over zeolite catalysts, a solvent-free continuous flow process at over 90% yield, and temperature gradient thermolysis. All four take post-consumer HDPE and make paraffin wax, and a fifth makes lubricant base stock. Recycled HDPE is abundant and low value; wax is neither.
Sorting is a sensing problem. Six entries identify material on a moving stream, and each picks a different signal: optical and spectral imaging, hyperspectral paired with tactile sensing, multi-sensor adaptive separation, and AI vision driving either robotics or air jets. One targets automotive shredder light fraction specifically, which is the hardest mixed stream there is.
Multilayer film has five answers and no winner. Supercritical delamination and de-inking, low-energy nanopurification, solvent-targeted recovery and precipitation twice, and a compatibilizer that bonds the layers in use and then helps separate them. The layers exist because each does a job; unmaking them is the reason flexible packaging mostly is not recycled.
Plastic recycling technology covers getting a usable polymer back out of a waste stream. It spans automated sorting and material identification, separation of multilayer films, chemical routes that convert a polymer into wax or lubricant, the processing that brings recycled resin back to specification, mechanical reprocessing, and polymers designed to degrade on purpose. Recyclers, converters and brand owners are the buyers.
Five examples of plastic recycling solutions on Halo include:
There are 751 organizations with plastic recycling solutions on Halo, 178 of them universities and research institutions. Among them are Dow, Avient, Hampton University, and Recycleye Ltd.. Most offer co-development or sponsored research. Sign up to see every organization working in the area and to send them your specific need.
Browsing plastic recycling solutions on Halo is free. Sign up to search the full network and save the ones you want. Post your specific need to get exact matches. Organizations reply directly on the platform.
Over the past 12 months, R&D teams on Halo have posted these plastic recycling solutions needs:
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