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Titlebook: Biochar-Based Catalysts; Preparation, Charact Showkat Ahmad Bhawani,Khalid Umar,Khalid M. Alotai Book 2024 The Editor(s) (if applicable) an

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Nanobiochar: An Emerging Material for the Environment, Energy, and Biomedical Applications,n various applications. In this context, carbon-based materials (CBMs) like biochar (a carbonaceous solid) and nanobiochar (NBC)-based sustainable NMs have the potential ability for the end application. Usually, NBC-based sustainable NMs are synthesized from biochar using various chemical and physic
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Biochar-Based Metallic Nanoparticle Catalysts and Their Applications,ble practices in an era of waste accumulation, water scarcity, and energy source transition. The biochar produced from different waste sources can be functionalized with nanomaterials to create efficient composites that are/could be applied in several environmental applications such as water remedia
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Biochar-Based Catalyst for Degradation of Organic Pollutants,specifically advanced oxidation processes have attracted a great attention. This chapter covers biochar activation and its catalytic properties. The biochar catalysts’ properties can be changed by changing feedstock, the conditions, and its modification methods. Further, the preparation methods and
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Biochar-Based Catalysts for Reduction Reactions, of disadvantages like the toxicity of metals ions, cost, need for non-commercial ligands, high catalyst loading, and harsh reaction conditions. Consequently, the metal-free reactions are often more practical, rather the use of biodegradable catalyst offers a better solution. Biochar is a carbon-ric
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Biochar Catalyst for Oxidation Reactions,al remediation. The fascinating physio-chemical properties of Biochar can be tuned by changing the precursor, raw material and by the mode of synthesis. Biochar is considered. as it is prepared from various organic waste products and hence not only solves the problem of solid waste management but al
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