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October 20, 2025Polymer Engineering and ScienceOpen Access

Polymer Foams for Energy Applications: Storage, Harvesting, Dissipation, and Conversion

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Authors

GNGhasem NaderiHHHasan Rezaei HaghighatHMHamid Salehi Mobarakeh

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Overview

This review highlights how polymer foams improve energy storage and harvesting, suggesting new strategies for thermal management.

Key Points

  • Polymer foams enhance energy storage in advanced batteries and supercapacitors through lightweight conductive scaffolds.
  • Integration of polymer foams into triboelectric and thermoelectric systems improves energy harvesting and conversion.
  • As thermal insulators, polymer foams support efficient thermal management with innovations in sustainability.
  • Recent advancements have transformed polymer foams into multifunctional materials with capabilities for sensing and self-repair.

Cite This Study

Naderi et al. (2025) studied this question.

synapsesocial.com/papers/68f5fcdc8d54a28a75cf22cehttps://doi.org/10.1002/pen.70196
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  5. 5Sustainable and biodegradable polymeric foams: Processing–structure–property relationships, scalability, and circular design perspectives2026