Petroleum Coke Supplementation Improves Biogas Production from Food Waste at a Level Comparable to Commercial Carbon-based Conductive Materials

Earth and Planetary Sciences

• Petroleum 70%
• Waste 40%
• Graphene 30%
• Carbon 30%
• Yield 30%
• Biogas 30%
• By-Product 20%
• Investigation 20%
• Characterization 10%
• Biochar 10%
• Methane 10%
• Research 10%
• Utilization 10%
• Average 10%
• Observation 10%
• Supplement 10%
• Additive 10%

Medicine and Dentistry

• Petroleum 70%
• Anaerobic Digestion 50%
• Supplementation 30%
• Graphene 30%
• Activated Charcoal 30%
• Methane 30%
• Carbon 30%
• Biogas 30%
• Oil 20%
• Element 10%
• Observation 10%

Chemical Engineering

• Anaerobic Digestion 100%
• Biogas 30%
• Methane 30%
• Graphene 30%
• Carbon 30%
• Granular Activated Carbon 30%