• • Pyrolysis of WWTB can recover glass fibers with mechanical properties that are influenced by process conditions; collaborative disposal with exhaust gas has been shown to improve economic viability (J Cleaner Prod, 2024, 471:143351).
• • Catalytic pyrolysis of flexible printed circuit boards (a related composite waste) can produce debrominated aromatics, indicating potential for catalytic upgrading of pyrolysis oils from WWTB (Chem Eng J, 2023, 472:144783).
• • Core materials in wind turbine blades significantly affect product evolution during pyrolysis, as shown in studies on end-of-life blades (J Anal Appl Pyrolysis, 2023, 175:106222).
• • Isothermal pyrolysis studies of basic components of WWTB reveal distinct product characteristics, enabling tailored process design for different blade compositions (J Anal Appl Pyrolysis, 2023, 171:105964).