Recycling

Microorganisms metabolize polymer carbon into CO₂ or CH₄, proving actual biodegradation beyond physical or chemical degradation.

Recycling technologies vary widely depending on feedstock quality and target performance. Selecting the right pathway determines whether circularity delivers real value or compromises material performance.

As regulators, NGOs, and manufacturers dispute recycled-content rules, mass balance has become a credibility test for circular plastics claims.

Upcycled plastic becomes durable, low‑carbon building materials as Kubik transforms waste into affordable, interlocking components for sustainable construction.

A novel catalytic approach overcomes the limitations of polyolefin hydrolysis, a promising technology for a circular fuel-waste economy.

Recycled-content mandates are accelerating, but the supply of compliant recycled polyolefins for food packaging remains constrained.

Regulations are encouraging the development of food-safe recycling methods for polyolefins.

New method converts automotive PP waste and CFRP scrap into recycled carbon fiber composites with improved mechanical performance.

The circular plastics economy depends less on chemistry than on logistics. Collection, sorting, and cross-border waste flows now shape the quality and reliability of recycled polymers.

Recycled polymers cost 10–20% more than virgin resin, but policy mandates, corporate commitments, and new sorting technologies are reshaping the circular plastics market.

How surface variation, subtle discoloration, and visible recycled content are redefining what premium means in plastics.

PCR plastics challenge traditional aesthetics, forcing brands to redefine what is acceptable in color, surface quality, and consumer expectations.