Scholarlink

The synthesis of an array of carbon nanomaterials (CNMs)Carbon nanomaterials (CNMs) from agro-industrial wastesIndustrial waste is a growing area of research, which offers great potential for sustainable nanotechnology and waste minimization. The novel approach employs a broad spectrum of agro-industrial wastes, including agro-residues, food processing by-products, and forestry residues as renewable feedstocks for CNMs production. Since there are several methods for synthesis, for example, pyrolysis, hydrothermalHydrothermal carbonizationCarbonization, and chemical vapor deposition, we can make these wastes into carbonaceous materials with the desired properties and functionalities by controlling the process. The characterizationCharacterization techniques, such as microscopyMicroscopy and spectroscopySpectroscopy, and even computational modeling, allow for the comprehensive study of nanomaterial structure, morphology, and efficacy, which can be used to further optimize the materials for unique applications. BiocompatibilityBiocompatibility and toxicity studies are the compliance tools to ensure the safety of CNMs in biomedical, environmental, and industrial sectors, and this in turn guides regulatory compliance and risk management goals. The widespread application of CNMs derived from agro-industrial wastesIndustrial waste covers different fields, including energyEnergy storage and conversion, pollution treatment, catalysisCatalysis, biomedical engineering, agriculture, and material science. They possess important features like high surface area, chemical stability, mechanicalMechanical strength, and electrical conductivityElectrical conductivity. These features have resulted in innovative solutions in areas like supercapacitorsSupercapacitors, water purificationWater purification, drug deliveryDrug delivery, and soil improvement. Yet there are still some issues, such as upscaling, cost-effectiveness, and regulatory compliance, which the research is trying to solve by developing a variety of feedstocks, finding sustainable synthesis strategies, and advancing characterizationCharacterization methods to realize the full potential of CNMs. This area of study, however, offers good prospects by addressing such challenges as well as taking advantage of emerging opportunities. There is no doubt that this field of CNMs will redefine the way we manage waste, boost the development of new technologies, and build a circular economy model that is based on efficiency in resource utilization and sustainabilitySustainability.

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Synthesis of Carbon Nanomaterials from Agro-Industrial Wastes and Their Extensive Applications

  • 章节

  • 发表日期：

    2025年

查看全文
  • Smruti Ranjan Padhan,
  • Sanjay Singh Rathore,
  • Shankar Lal Jat,
  • Sushmita Saini,
  • Ayesha Mohanty,
  • Kaushik Kumar Panigrahi,
  • Shivani Ranjan,
  • Sumit Sow,
  • Pratikshya Mishra,
  • Kirttiranjan Baral,
  • Akanksha,
  • K. Swapna Rani

摘要

The synthesis of an array of carbon nanomaterials (CNMs)Carbon nanomaterials (CNMs) from agro-industrial wastesIndustrial waste is a growing area of research, which offers great potential for sustainable nanotechnology and waste minimization. The novel approach employs a broad spectrum of agro-industrial wastes, including agro-residues, food processing by-products, and forestry residues as renewable feedstocks for CNMs production. Since there are several methods for synthesis, for example, pyrolysis, hydrothermalHydrothermal carbonizationCarbonization, and chemical vapor deposition, we can make these wastes into carbonaceous materials with the desired properties and functionalities by controlling the process. The characterizationCharacterization techniques, such as microscopyMicroscopy and spectroscopySpectroscopy, and even computational modeling, allow for the comprehensive study of nanomaterial structure, morphology, and efficacy, which can be used to further optimize the materials for unique applications. BiocompatibilityBiocompatibility and toxicity studies are the compliance tools to ensure the safety of CNMs in biomedical, environmental, and industrial sectors, and this in turn guides regulatory compliance and risk management goals. The widespread application of CNMs derived from agro-industrial wastesIndustrial waste covers different fields, including energyEnergy storage and conversion, pollution treatment, catalysisCatalysis, biomedical engineering, agriculture, and material science. They possess important features like high surface area, chemical stability, mechanicalMechanical strength, and electrical conductivityElectrical conductivity. These features have resulted in innovative solutions in areas like supercapacitorsSupercapacitors, water purificationWater purification, drug deliveryDrug delivery, and soil improvement. Yet there are still some issues, such as upscaling, cost-effectiveness, and regulatory compliance, which the research is trying to solve by developing a variety of feedstocks, finding sustainable synthesis strategies, and advancing characterizationCharacterization methods to realize the full potential of CNMs. This area of study, however, offers good prospects by addressing such challenges as well as taking advantage of emerging opportunities. There is no doubt that this field of CNMs will redefine the way we manage waste, boost the development of new technologies, and build a circular economy model that is based on efficiency in resource utilization and sustainabilitySustainability.