Implementation

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  • Design and construction of a frame saw for cutting wind blades on-site, along with a fogging system and capturing dust generated during cutting.
  • Design and construction of a frame saw for cutting wind blades in the plant, along with a fogging system and capturing dust generated during cutting as part of a closed water circuit. Process innovation
  • Designing, in cooperation with the Institute of Visual Arts of the University of Zielona Góra, furniture and elements of small architecture made of wind blades as part of their recycling, as well as implementation and commercialization. Product innovation
  • Design and testing of a pedestrian and bicycle footbridge structurally based on wind blades as part of their recycling, in cooperation with the Rzeszów University of Technology, implementation and commercialization. Product innovation / patent
  • Designing a process and a series of tests on a laboratory scale involving the recovery of carbon fibers from composites with their participation from wind turbine blades. Product/process innovation
  • Designing and testing a solution involving the use of wind blades as part of their recycling as geotechnical blocks for slope revetments and landslides, in cooperation with the Rzeszów University of Technology, implementation and commercialization. Product innovation / patent
  • Creation and testing of a new type of OSB board with shredded blades and other composites, in cooperation with the Poznań University of Life Sciences. Product innovation / patent
  • Creation of an environmentally sustainable building block with shredded composite waste from wind turbine blades, in collaboration with Ediprecompressi and Cetma. Product innovation