Activated Carbon

<p>Part 1: Synthesis Methods and Characterization Techniques<br>1. Origin of Activated Carbon, Types of Activated Carbon and Physicochemical Properties of Activated Carbon and Precursor Materials<br>2. Synthesis of Activated Carbon via Thermal or Physical Treatment-One Step and Two-Step Activation Using Oxidising Agents<br>3. Synthesis of Activated Carbon Using Chemical Activating Agent and List of All the Chemical Activating Agents to Synthesize Activated Carbon<br>4. Different Types of Modification Techniques to Tailor the Textural Properties and Surface Functionalities of Activated Carbon-Before and After Impregnation Techniques<br>5. Complementary Characterization Techniques for Activated Carbon<br><br>Part 2: Applications of Activated Carbon<br>6. Wastewater Treatment Using Activated Carbon- Remediation of Different Types of Wastes from Water (Dyes, Heavy Metals, Pharmaceutical Wastes)<br>7. Activated Carbon for Removal of Carbon Dioxide, H2s, Mercury and Other Obnoxious Gases From the Industrial Flue Gas<br>8. Energy Harvesting Using Activated Carbon Would Include its Application in Energy Storage, Supercapacitors, Sensors, and Batteries<br>9. Activated Carbon as a Catalyst Support and Electrocatalyst for Various Industrial Chemical Reactions<br>10. Activated Carbon Utilization for Biomedical Applications<br>11. Activated Carbon Utilization for Adsorption of Ammonia and Gas Storage and (Methane, Carbon Dioxide And Hydrogen)<br><br>Part 3: Machine Learning Methods Applied For Activated Carbon Production And Utilization<br>12. Overview of Machine Learning Algorithms and Applications for the Prediction of 13. Applications of Computational Fluid Dynamics and Density Functional Theory for Studying the Structure and Performance of Activated Carbon<br>​​​​​​14. Future Recommendations and Conclusions Would Include Advances and Challenges in The Field Of Synthesis, Fabrication, And Diverse Applications Of Activated Carbon</p>