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E. Schmidl and S. Hinrichs, “Method for Disposing Glass-Fiber-Reinforced Components Such as Rotor Blades of Wind Turbines with a Main Body Made of Fiber-Reinforced Plastics, Comprises Supplying the Rotor Blades to a Clinker Production Process as an Alternative Fuel More Options,” Patent Number: WO 2010148418- A1, Holcim Technology Ltd., 2010.

has been cited by the following article:

• TITLE: Recycling of Glass Fibers from Fiberglass Polyester Waste Composite for the Manufacture of Glass-Ceramic Materials

  AUTHORS: Felix Antonio López, Maria Isabel Martín, Irene García-Díaz, Olga Rodríguez, Francisco Jose Alguacil, Maximina Romero

  KEYWORDS: Valorisation; Waste Composite; Thermolysis; Gasification; Glass Fiber; Glass-Ceramic

  JOURNAL NAME: Journal of Environmental Protection, Vol.3 No.8, August 21, 2012

  ABSTRACT: This work presents the feasibility of reusing a glass fiber resulting from the thermolysis and gasification of waste composites to obtain glass-ceramic tiles. Polyester fiberglass (PFG) waste was treated at 550℃ for 3 h in a 9.6 dm3 thermolytic reactor. This process yielded an oil (≈24 wt%), a gas (≈8 wt%) and a solid residue (≈68 wt%). After the polymer has been removed, the solid residue is heated in air to oxidize residual char and remove surface contamination. The cleaning fibers were converted into glass-ceramic tile. A mixture consisting of 95 wt% of this solid residue and 5% Na2O was melted at 1450℃ to obtain a glass frit. Powder glass samples (