Performance enhancement of form stable phase change materials: a review of carbon nanomaterial-based strategies

Xinglan Cui; Zhonghui Tan; Hongen Nian; Teng Xiong; Ghasan Fahim Huseien; Ahmed Mohmed Dafalla; Peng Liu; Zhanxiao Kang; Gounni Ayoub; Elkhawad A. Elfaki; Xiaobin Gu

doi:10.1080/1536383X.2024.2363247

Performance enhancement of form stable phase change materials: a review of carbon nanomaterial-based strategies

Xinglan Cui, Zhonghui Tan, Hongen Nian, Teng Xiong, Ghasan Fahim Huseien, Ahmed Mohmed Dafalla, Peng Liu, Zhanxiao Kang, Gounni Ayoub, Elkhawad A. Elfaki, Xiaobin Gu

Research output: Journal article publication › Review article › Academic research › peer-review

Abstract

Carbon nanomaterial-based form stable phase change materials (FSPCM) offer significant potential as energy storage materials. However, the timely review respectively summarizing the evolution of each carbon nanomaterial and their differences is still lacking. Herein, a comprehensive and systematic approach to gathering, analyzing, and synthesizing relevant literature is employed to conduct this review paper. Specifically, this review provides an extensive examination of PCM encapsulation techniques employing carbon nanomaterial-based materials, discussing their underlying mechanisms and strategies for improving thermal performance. Additionally, it explores the practical applications of carbon nanomaterial-based FSPCMs and discusses future avenues for research and development in this field. By focusing on advancing encapsulation techniques, improving performance, and expanding application possibities, this review aims to contribute to the ongoing progress in the field of carbon nanomaterial-based FSPCMs.

Original language	English
Journal	Fullerenes Nanotubes and Carbon Nanostructures
DOIs	https://doi.org/10.1080/1536383X.2024.2363247
Publication status	Accepted/In press - 2024

Keywords

Carbon nanomaterials
future research and development
latent heat
phase change materials
thermal conductivity

ASJC Scopus subject areas

Atomic and Molecular Physics, and Optics
General Materials Science
Physical and Theoretical Chemistry
Organic Chemistry

More information

10.1080/1536383X.2024.2363247

Cite this

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title = "Performance enhancement of form stable phase change materials: a review of carbon nanomaterial-based strategies",

abstract = "Carbon nanomaterial-based form stable phase change materials (FSPCM) offer significant potential as energy storage materials. However, the timely review respectively summarizing the evolution of each carbon nanomaterial and their differences is still lacking. Herein, a comprehensive and systematic approach to gathering, analyzing, and synthesizing relevant literature is employed to conduct this review paper. Specifically, this review provides an extensive examination of PCM encapsulation techniques employing carbon nanomaterial-based materials, discussing their underlying mechanisms and strategies for improving thermal performance. Additionally, it explores the practical applications of carbon nanomaterial-based FSPCMs and discusses future avenues for research and development in this field. By focusing on advancing encapsulation techniques, improving performance, and expanding application possibities, this review aims to contribute to the ongoing progress in the field of carbon nanomaterial-based FSPCMs.",

keywords = "Carbon nanomaterials, future research and development, latent heat, phase change materials, thermal conductivity",

author = "Xinglan Cui and Zhonghui Tan and Hongen Nian and Teng Xiong and Huseien, {Ghasan Fahim} and Dafalla, {Ahmed Mohmed} and Peng Liu and Zhanxiao Kang and Gounni Ayoub and Elfaki, {Elkhawad A.} and Xiaobin Gu",

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doi = "10.1080/1536383X.2024.2363247",

language = "English",

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AU - Cui, Xinglan

AU - Tan, Zhonghui

AU - Nian, Hongen

AU - Xiong, Teng

AU - Huseien, Ghasan Fahim

AU - Dafalla, Ahmed Mohmed

AU - Liu, Peng

AU - Kang, Zhanxiao

AU - Ayoub, Gounni

AU - Elfaki, Elkhawad A.

AU - Gu, Xiaobin

PY - 2024

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N2 - Carbon nanomaterial-based form stable phase change materials (FSPCM) offer significant potential as energy storage materials. However, the timely review respectively summarizing the evolution of each carbon nanomaterial and their differences is still lacking. Herein, a comprehensive and systematic approach to gathering, analyzing, and synthesizing relevant literature is employed to conduct this review paper. Specifically, this review provides an extensive examination of PCM encapsulation techniques employing carbon nanomaterial-based materials, discussing their underlying mechanisms and strategies for improving thermal performance. Additionally, it explores the practical applications of carbon nanomaterial-based FSPCMs and discusses future avenues for research and development in this field. By focusing on advancing encapsulation techniques, improving performance, and expanding application possibities, this review aims to contribute to the ongoing progress in the field of carbon nanomaterial-based FSPCMs.

AB - Carbon nanomaterial-based form stable phase change materials (FSPCM) offer significant potential as energy storage materials. However, the timely review respectively summarizing the evolution of each carbon nanomaterial and their differences is still lacking. Herein, a comprehensive and systematic approach to gathering, analyzing, and synthesizing relevant literature is employed to conduct this review paper. Specifically, this review provides an extensive examination of PCM encapsulation techniques employing carbon nanomaterial-based materials, discussing their underlying mechanisms and strategies for improving thermal performance. Additionally, it explores the practical applications of carbon nanomaterial-based FSPCMs and discusses future avenues for research and development in this field. By focusing on advancing encapsulation techniques, improving performance, and expanding application possibities, this review aims to contribute to the ongoing progress in the field of carbon nanomaterial-based FSPCMs.

KW - Carbon nanomaterials

KW - future research and development

KW - latent heat

KW - phase change materials

KW - thermal conductivity

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