Relevance of Chemically Functionalized Nano-Fillers and Modified Nanocomposite in Energy Systems

Babatunde, Damilola Elizabeth; Denwigwe, Iheanacho Henry; Babatunde, Olubayo Moses; Agboola, Oluranti; Akinsipe, Gbemisola Deborah

doi:10.4018/978-1-5225-7838-3.ch002

Cited by 6 publications

(1 citation statement)

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“…Undoubtedly, the fundamental understanding of how materials can be manipulated at the nanoscale, the incorporation of nanostructures and the introduction of nano processes into technological innovations will make cheap products with better performance available [198]. The economic implication of this is however still hanging as there is currently a dearth of nanotechnology research from an economic point of view.…”

Section: B Economic Impact Of Nanotechnologymentioning

confidence: 99%

Environmental and Societal Impact of Nanotechnology

et al. 2020

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The ability to measure, understand, manipulate, organize, engineer and control matter on the nanoscale has been opening up the wealth of possibilities that were otherwise non-existent at higher scales. At this scale, basic research principles and tools in biology, physics, chemistry, and engineering converge and have led to all-inclusive applications of nanotechnology. Despite the innovative applications and promising potentials of nanotechnology, there are concerns about its short and long-lasting impacts on humans, nature and the environment. In an attempt to address these concerns, a number of researches have been conducted. Evaluations of studies addressing the issues of nanotechnologies and their impacts are necessary to give insights for further studies that will advance the technology for the true benefit of mankind and nature. This study, thus, provides a detailed review of studies on nanotechnology applications and the positions of stakeholders on the impact of nanotechnology. Among other things, the outcome of this survey shows that there are numerous successful applications of nanotechnology. Public perceptions are pivotal in determining the extent of revolution and transformation that nanotechnology will have on the environment. Religious beliefs and moral concerns; trust in governmental regulatory agencies and the industry; the level of inclusion of the society in the product design, development, and commercialization process is critical to the extent of acceptance of nanotechnology inventions. Expression of objective views concerning the benefits, limitations & risks, and adequate education of the public, risk regulators & all stakeholders are crucial in determining the fate of nanotechnology.

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Section: B Economic Impact Of Nanotechnologymentioning

confidence: 99%

Environmental and Societal Impact of Nanotechnology

et al. 2020

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Research and applications of nanoclays: A review

Uddin,

Hossain,

Mahmud

et al. 2024

SPE Polymers

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Nanoclays, a specific type of nanomaterial, have emerged as versatile and dynamic materials, with tremendous potential for advanced functional applications. Despite publishing a large number of research articles, there are relatively few review articles on this topic. This comprehensive review delves into the most widely used nanoclays and explores the diverse range of applications in different fields, such as aerospace, automobile, construction, biomedical, food packaging, and polymer composites. With their ability to enhance the performance of materials and products, nanoclays have become a highly desired material in various industries. The challenges associated with nanoclays like complex properties, difficulty in developing new synthesis methods, and challenges in investigating long‐term durability and stability have been summarized. The future research directions with the exciting possibilities to develop future innovative materials have been highlighted at the end of the article.Highlights This review provides an extensive examination of the most widely used nanoclays, detailing their properties, types, and limitations. A summary of publication trends over the last 15 years, based on Scopus data up to 2024, indicates growing interest and research output in nanoclays. Applications of nanoclays span across aerospace, automobile, construction, biomedical, food packaging, and polymer composites, showcasing their versatility. Key challenges discussed include complex properties, difficulties in new synthesis methods, and issues in long‐term durability and stability. Future research directions highlight the potential for developing innovative materials using nanoclays.

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