anionic dye decomposition with the assistance of activated carbon using double dbd reactor

1. Introduction 2. Background 2.1. Anionic Dyes Overview 2.2. Environmental Impact of Dyes 2.3. Activated Carbon Fundamentals 3. Double Dielectric Barrier Discharge Reactor 3.1. Reactor Structure and Components 3.2. Operating Principles of DBD 3.3. Advantages of Using DBD 4. Mechanism of Anionic Dye Decomposition 4.1. Physical and Chemical Processes 4.2. Role of Activated Carbon 4.3. Comparison with Other Methods 5. Experimental Setup 5.1. Materials and Reagents 5.2. Equipment and Instrumentation 5.3. Procedure and Protocol 6. Data Analysis and Interpretation 6.1. Quantitative Analysis Techniques 6.2. Statistical Analysis Methods 6.3. Evaluation of Results 7. Case Studies 7.1. Successful Application Examples 7.2. Challenges and Solutions 7.3. Comparative Analysis with Alternatives 8. Conclusion and Future Work 8.1. Summary of Findings 8.2. Implications for Industry 8.3. Recommendations for Further Research