Management of Cattle Dung and Novel Bioelectricity Generation Using Microbial Fuel Cells: An Ingenious Experimental Approach

Table 5

Comparison analysis of various studies.

Substrate	Anode	Cathode	Power density	References
Glucose with Pseudomonas aeruginosa bacteria	Carbon/graphite	Carbon/graphite	2096.5 ± 11.8 µW/m^2	[34]
Glucose with Escherichia coli	Carbon/graphite	Carbon/graphite	1606 mW/m^2	[35]
Glucose with Escherichia coli	Carbon/graphite	Carbon/graphite	2420 mW/m^2	[36]
Algae strain	Carbon	Copper sheet	19151 mW/m^2	[37]
—	Alumina and nickel nanoparticles	Polymer alumina and nickel nanoparticles	1270 + 30 mW/m^2	[38]
Biowaste from environment	Carbon/graphite	Carbon/graphite	396.7 mW/m^2	[39]
Livestock waste	Carbon/graphite	Carbon/graphite	122 mW/m^2	[40]
Mixed microalgae	Carbon	Carbon	76 mW/m^2	[10]
Mixed microalgae	Gold	Graphite	10 W/m^2	[10]
Cattle dung with B1–B9 bacteria	Zinc	Carbon	1465 mW/m^2	Present study