Page 51 - Plastics News February 2026

TECHNOLOGY NEWS

The conventional mechanical recycling has been ing, and building products. This has seen recy-
the staple of the plastic waste solutions. It, how- cled plastics being taken to higher value chains
ever, has inherent limitations in experimenting instead of keeping the recycled plastics in low
with mixed plastics, multilayer packaging, and grades applications.
contaminated streams or degraded polymers.
The development of recycling technologies Table: Comparison of Recycling Pathways in
to meet these challenges and to broaden the Industrial Applications
scope of the reusable materials has occurred.
Parameter Mechanical Re- Advanced Recy-
cycling cling Technolo-
Recycling of plastics is conducted via chemical gies
recycling through pyrolysis, depolymerization, Feedstock toler- Limited to clean, Handles mixed
solvolysis, and gasification to a monomer, fuel, ance sorted plastics and contaminat-
ed waste
or chemical feedstock. The quality of these pro- Output quality Often down- Near-virgin or
ductions can be reintroduced into the produc- graded virgin-equivalent
tion of the polymer with similar quality as the vir- Application Low to mid-value High-value indus-
gin materials. On the B2B perspective, high-tech scope products trial applications
recycling systems are an avenue to stable ac- Carbon reduction Moderate High, depending
cess to materials, decreased reliance on fossil- potential Constrained on energy source
Expanding rap-
Scalability for
based raw materials, and scalable circularity of industry idly
intricate products.
Low-Carbon Plastics Recycling Methods and
Recycled Plastics Processing Technologies Emissions Reduction
and Industrial Integration
Recycling of low-carbon plastics is also on the
The present-day plastic recycling technologies rise, as companies focus on decarbonizing their
are more and more merged into the industrial companies. The general result of mechanical
production lines as opposed to working as the recycling is a lower emission compared to the
independent waste management networks. The production of virgin resin, although higher recy-
higher sorting technologies based on AI, near- cling technologies are becoming more energy
infrared spectroscopy, and digital watermarking efficient. Renewable energy, waste heat recov-
enhance purity of feedstock that directly affects ery and closed loop processing all provide great
the material performance. contributions to lifecycle emissions reductions.

Recycled polymers are now being subject to ex- In procurement, industrial purchasers are also
trusion, compounding and reactive processing starting to consider recycled plastics based on
methods to improve the mechanical character- cost, performance and also on basis of carbon
istics and thermal stability. With these develop- intensity. The data of life cycle assessment is
ments, recycled materials can find applications turning out to be a significant decision making
in the challenging applications like automotive instrument especially in the sectors like automo-
parts, electrical housings, industrial packag- tive, electronics and consumer goods where the

February 2026 PLASTICS NEWS 51