Table 3 A comparative analysis of Power and current output obtained with wastes and Xenobiotics
S. No. | Xenobiotics/Wastes | Concentration | Current/Power output | Reference |
|---|---|---|---|---|
1 | Hexavalent chromium | 80 mg/L | 123.4 mA/m2 and 55.5 mW/m2 | Tandukar et al. (2009) |
2 | Â | 39.2 mg/ L | 2.4 W/ m3 | Wang et al. (2008) |
3 | Â | 10 mg/L | 21.4 mW/ m2 | Gangadharan and Nambi (2015) |
4 | Â | 100 mg/L | 767.01 mW/m2 | Xafenias et al. (2015) |
| Â | Agrowaste | Â | ||
5 | Cassava waste water | 16000mg- COD/L | 1771 mW/ m2 | Kaewkannetra et al. (2009) |
6 | Â | 1, 086 mg - COD/L | 22.19 W/m3 | Prasertsung et al. (2012) |
7 | Cellulose | 1g/L CMC | 143 mW/ m2 | Ren et al. (2008) |
8 | Â | 4 g/L | 4.9 mW/ m2 | Rezaei et al. (2009) |
9 | Â | 1 g/L | 188 mW/ m2 | Sedky et al. (2012) |
10 | Vegetable waste | 0.5 g COD/L clover sap | 70 mW/m3 | Clauwaert et al. (2008) |
11 | Dioscorea zingiberensis tubers | 3000 mg- COD /L | 175 mW/m2 | Li and Ni (2011) |
12 | Brewery waste water | 600 mg-COD/L | 830 mW/m3 | Wen et al. (2010) |
13 | Chocolate industry wastewater | 1459 mg/L COD | 0.302 mA/cm2 | Patil et al. (2009) |
14 | Domestic wastewater | 600 mg/L | 0.06 mA/cm2 | Wang et al. (2009) |
15 | Protein-rich wastewater | 1.75 g/L COD | 0.008 mA/cm2 | Liu et al. (2009b) |
16 | Starch processing wastewater | 4852 mg/L COD | 0.09 mA/cm2 | Lu et al. (2009) |
17 | Slaughter house waste water | 900 mg-COD/L | 578 mW/m2 | Katuri et al. (2012) |
18 | Chicken feathers | 10g/L | 1206.78 mW/m2 | Chaturvedi et al. (2013) |
19 | Rice straw hydrolysate | 400 mg- COD/L | 137.6 mW/m2 | Wang et al. (2014) |
| Â | Azo dyes | Â | ||
20 | Acid orange 7 (AO7) | 35mg/l | 39.2 mW/m2 | Fernando et al. (2012) |
21 | Azo dye with glucose | 300mg/l | 0.09 mA/cm2 | Sun et al. (2009) |
22 | Methyl orange | 0.05 mM | 0.0154 mA/cm2 | Liu et al. (2009a) |
23 | Congo red and glucose | Congo red (300 mg/L) and glucose (500 mg COD/L) | 0.0897 mA/cm2 | Sun et al. (2009) |
24 | Reactive blue 221 (RB221) | 112.5 mg/L | 27.5 mW/m2 | Bakhshian et al. (2011) |
25 | Acid navy blue r (ANB) dye | 200 ppm | 2,236 mW/m2 | Khan et al. (2015) |
26 | Reactive brilliant red X-3B (ABRX3) | 300 mg-COD/L | 0.852Â W/m3 | Fang et al. (2015) |
27 | Selenium | 25 mg/ L | 2,900 mW/ m2 | Catal et al. (2009) |
28 | Nitrate | Â | 117.7 mW/m2 | Fang et al. (2011) |
29 | Â | Â | 502.5 mW/ m2 | Zhang et al. (2014) |
30 | Â | 10.5Â mg/L | 138.31Â mA/m2 | Cai and Zheng (2013) |
31 |  | 40 mg-COD/L | 31.92  mW/m2 | Cucu et al. (2016) |