Zhang Y. |  Zhang Z.... -  《Journal of analytical & applied pyrolysis》 - 2025,185(Jan.) - 1.1～1.12 - 共12页

摘要： pyrolysis process for retired wind turbine blades and |  wind turbine blades, showing great potential for |  sustainable and economic management of retired wind turbine |  method to extract valuable glass fiber from retired | © 2024Pyrolysis offers a straightforward

关键词： Aspen plus |  Energy self-sustaining |  Energy storage |  Pyrolysis and oxidation |  Retired wind turbine blades

Shaoqing Liu |  Lik-ho Tarn... -  《Journal of Materials in Civil Engineering》 - 2025,37(3) - 4024543.1～4024543.12 - 共12页

摘要： has led to more retired wind turbine blades which | The increasing demand in renewable wind energy |  these waste blades are limited so the blades have to |  are mainly made by glass fiber reinforced polymer |  (GFRP) composite. However, the recycling methods of

关键词： Retired wind turbine blades |  Glass fiber reinforced polymer (GFRP) powder |  Pozzolanic reactivity |  Supplementary cementitious material (SCM)

Yifei Zhao |  Minxi Wang... -  《Journal of cleaner production》 - 2025,490(Jan.20) - 144628.1～144628.13 - 共13页

摘要： decommissioned wind turbine blades and exploring viable |  turbine blade waste. Recycling these blades is known for | . This research focuses on decommissioned wind turbine |  annual challenge of managing 200,000 tons of wind |  blades, using a game theory model to analyze the

关键词： Wind turbine blades |  Recycling modes |  Government policies |  Game theory |  Unilateral subsidy |  Bilateral subsidy

Teng, Yingyue |  Liu, Dingze... -  《Ceramics International》 - 2024,50(24 Pt.B) - 53951～53959 - 共9页

摘要：Retired wind turbine blades (RWTBs) mainly |  consist of glass fibers and resins, which have abundant |  of carbon and silicon resources. This study |  synthesized SiC nanowires (SiC NWs) by using the RWTBs for |  the first time. The RWTBs were grinded into powders

关键词： Retired wind turbine blades |  Carbothermal reduction |  SiC nanowires |  3D network body |  Microwave-absorbing property |  CATALYST-FREE PYROLYSIS |  GRAIN-GROWTH |  ABSORPTION |  CARBON |  GRAPHENE

Zhichao Wu |  Chengyu Li... -  《Waste and biomass valorization》 - 2024,15(3) - 1603～1614 - 共12页 - 被引量：2

摘要： of retired wind turbine blades.Methods Pyrolysis |  disposal and resource utilization of wind turbine blade | Abstract Purpose The purpose of this study is |  to investigate the co-pyrolysis properties of epoxy |  resin and polyurethane, which are the main components

关键词： Epoxy resin |  Polyurethane |  Co-pyrolysis |  Wind turbine blade

Ozturk, Samet |  Karipoglu, Fatih -  《Environmental Science and Pollution Research》 - 2023,30(6) - 15020～15033 - 共14页 - 被引量：8

摘要： blades. To determine the best possible wind turbine |  between 2020 and 2039 from wind turbine blades. More |  and projections of wind turbine blade retirement in |  Turkey; to investigate the number of retiring WT blades | ; and to discuss the management methods for retired WT

关键词： Wind turbine blade waste |  FAHP |  GIS |  Turkey |  ANALYTIC HIERARCHY PROCESS |  FUZZY AHP |  ENERGY |  POLICY |  END

Xu, Ming-xin |  Ji, Hai-wen... -  《Journal of analytical & applied pyrolysis》 - 2023,175(Oct.) - 1.1～1.10 - 共10页 - 被引量：5

摘要：A wind turbine blade consists of pure glass |  prospective technology to recycle end-of-life blades, but |  the pyrolysis performance of blades with core |  materials is still unclear. In this study, three retired |  fiber-reinforced polymer composites (GFRPs) and the

关键词： Wind turbine blade |  Pyrolysis |  Glass fiber reinforced polymer composites |  PET foam |  Balsa wood

Arabian, K. |  Shu, L. H. -  《Journal of mechanical design》 - 2022,144(10) - 101402～ - 共10页

摘要： consider the disposition of retired wind-turbine blades |  physical size of wind-turbine blades in their reuse |  wind-turbine blades present, the current work focuses |  potential reuses in a wind-turbine-blade repurposing task | With the growing adoption of wind-energy

关键词： creativity and concept generation |  design for the environment |  sustainable design

K Arabian |  LH Shu -  《Proceedings of ASME 2021 International Design Engineering Technical Conferences and Computers and Information in Engineering Conference: IDETC-CIE 2021, August 17-19, 2021, Virtual, Online, volume 6. 33rd International Conference on Design Theory and Methodology (DTM)》 -  ASME International Design Engineering Technical Conferences - 2021, - V006T06A01～V006T06A01 - 共10页

摘要： disposition of retired wind-turbine blades that are not |  of wind-turbine blades in their reuse concepts. The | Increased adoption of wind-energy technology |  participants are asked to identify potential reuses in a Wind | -turbine-blade Repurposing Task (WRT). In past iterations

关键词： Creativity |  Design study |  Sustainability |  Alternate uses task (AUT) |  Wind-Turbine-Blade repurposing task (WRT) |  Scale |  Design intervention

NSTL主题词： TURBINE BLADE |  Blades |  Dermal denticles |  Scale formation |  Tea |  scales |  Scale

K Arabian |  DR Addis... -  《Proceedings of the ASME International Design Engineering Technical Conferences & Computers and Information in Engineering Conference 2020: August 17-19, 2020, Online, volume 8. 32nd International Conference on Design Theory and Methodology》 -  Computers and Information in Engineering Conference - 2020, - V008T08A01～V008T08A01 - 共10页

摘要： solutions, e.g., the repurposing of retired wind-turbine |  and wind-turbine blades. |  of divergent thinking, and a wind-turbine-blade |  feasible (p=0.015) ideas for repurposing wind-turbine |  blades. Increasing evidence suggests that the recall of

关键词： Alternate uses task (AUT) |  Wind-Turbine-Blade repurposing |  Memory |  Episodic specificity induction