|
| Antibiotics | Matrix | Plasma conditions | Efficiency (%) | References |
|
| Ofloxacin ciprofloxacin | Synthetic meat effluent (10 mg/L antibiotics) | DBD reactor (25 mL), applied voltage of 80 kV, degradation kinetics: first-order, during a reaction time of 25 min | Ofloxacin 92% | [21] |
| Ciprofloxacin 89% |
|
| Carbamazepine clofibric acid iopromide | Aqueous solution and synthetic landfill leachate carbamazepine (23.6 mg/L), clofibric acid (21.5 mg/L), iopromide (79.1 mg/L) | DBD-rotating drum reactor (1000 mL), discharge power of 500 W during, reaction time of 60 min | Carbamazepine 94% | [22] |
| Clofibric acid 100% |
| Iopromide 98% |
|
| Tetracycline | Aqueous solution (50 mg/L) | Corona with gas bubbling (250 mL), discharge power of 36 W during a reaction time of 24 min | 61.9% | [23] |
|
| Paracetamol β-oestradiol | Aqueous solution of paracetamol (100 mg/L) β-oestradiol (3 mg/L) | Corona with liquid shower (40 L), discharge power of 250 W during a reaction time of 30 min | Paracetamol 80% | [24] |
| β-Oestradiol 70% |
|
| Lincomycin, ciprofloxacin, enrofloxacin, chlortetracycline, oxytetracycline, sulfathiazole, sulfamethoxazole, sulfamethazine trimethoprim | Aqueous solution (5 mg/L antibiotics) | Cylindrical DBD reactor (1000 mL), supplied O2, discharge power of 6.8 W corresponding energy requirements: 0.39–2.06 kJ/mg antibiotic during a reaction time of 30 min | Over 90% | [27] |
|
| Amoxicillin cefuroxime ofloxacin ciprofloxacin | Real HWW amoxicillin (23.58 mg/L), cefuroxime (0.273 mg/L), ofloxacin (41.23 mg/L), ciprofloxacin (1.052 mg/L) | Corona with a liquid discharge system (600 mL), applied voltage of 30 kV, initial pH of 10, and an interelectrode distance of 10 mm during a reaction time of 15 min | Amoxicillin 75.80% | This study |
| Cefuroxime 99.20% |
| Ofloxacin 72.13%, ciprofloxacin 99.60% |
|
