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W artykule omówiono wykorzystanie odpadów ze szkła z uszkodzonych lub wycofanych z eksploatacji kolektorów słonecznych do produkcji betonu polimerowego. Odpady te poddano mechanicznemu recyklingowi, w celu uzyskania proszków o różnych frakcjach: poniżej 2,0 mm i poniżej 0,5 mm. Do produkcji betonu polimerowego użyto odpady szklane jako drobną frakcję, a żwir jako frakcję grubą. Żywica epoksydowa pełniła rolę spoiwa w powstałym kompozycie. Przeprowadzone badania wykazały, że odpady szklane z kolektorów słonecznych mogą być z powodzeniem wykorzystywane jako drobna frakcja kruszywa w technologii betonu polimerowego. Zaobserwowano, że nie ma znaczących różnic między ziarnami o wielkości 0,5 mm i 2,0 mm, a obie frakcje dają pożądane rezultaty. Powstałe betony polimerowe charakteryzują się wysoką wytrzymałością mechaniczną, znacznie przewyższającą właściwości typowych betonów cementowych. Wytrzymałość na ściskanie wynosi 110,7 MPa, a wytrzymałość na zginanie 41,2 MPa. Proponowana metoda recyklingu pozwala na efektywne zarządzanie odpadami, które są trudne do ponownego wykorzystania na skalę przemysłową.
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