Title Sustainable PV modules recycling: maximising resource efficiency /
Authors Pitak, Inna ; Denafas, Gintaras ; Makarevičius, Vidas
ISBN 9788367606271
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Is Part of Abstract Book 4th International Conference Strategies toward Green Deal Implementation Water, Raw Materials & Energy 14 – 15 December 2023.. Cracow : Polish Academy of Sciences, 2023. p. 42.. ISBN 9788367606271
Keywords [eng] PV modules ; recycling ; methods ; process ; circular resource
Abstract [eng] As the use of PV modules continues to grow, so does the need for responsible end-of-life management. Recycling solar panels is the key to reducing electronic waste and preserving valuable materials. Several methods can be employed to achieve maximum recycling. Thermal Treatment is the first method that is more optimal in saving resources. High-temperature processes like incineration or pyrolysis can break down solar panels, generating energy while recovering essential materials like silicon, glass, copper and other rarer chemical elements. The second method for PV module recycling is mechanical separation. Some recycling plants remove the aluminium frame and shred all the glass, silicon and other metals into a mixture that can be sold for building materials or other industrial applications. Both methods use chemical components to extract valuable metals from panels. These recovered materials find new life in various applications. Recycling PV modules conserves resources and reduces the environmental footprint of panel disposal. Sustainable practices support a circular economy in the solar industry, promoting long-term environmental and economic sustainability. Embracing these recycling methods is a crucial step in ensuring the continued growth of solar energy without compromising our environment. By implementing responsible end-of-life practices, we can make solar power more sustainable for future generations.
Published Cracow : Polish Academy of Sciences, 2023
Type Conference paper
Language English
Publication date 2023