Energy recovery from the carbon dioxide for green and sustainable environment using iron minerals as electron donor

Engineering & Materials Science

• Minerals 85%
• Electrons 84%
• Carbon dioxide 77%
• Iron 75%
• Recovery 56%
• Methane 31%
• Carbonate minerals 31%
• Biotransformation 29%
• Underground reservoirs 28%
• Volatile fatty acids 27%
• Biocatalysts 25%
• Environmental management 23%
• Catalysis 22%
• Specific surface area 21%
• Metabolism 21%
• Petroleum reservoirs 20%
• Fatty acids 20%
• Carbonates 19%
• Bacteria 18%
• Oil fields 18%
• Dissolution 17%
• Greenhouse gases 17%
• Earth (planet) 14%
• Hydrogen 13%
• Chemical analysis 10%
• Water 9%

Business & Economics

• Carbon Dioxide 100%
• Minerals 87%
• Iron 76%
• Energy 64%
• Fatty Acids 50%
• Methane 48%
• Carbon Dioxide Reduction 29%
• Chemical Composition 28%
• Environmental Management 24%
• Bioenergy 22%
• Cleaner Production 21%
• Dissolution 21%
• Production Strategy 20%
• Petroleum 20%
• Greenhouse Gases 19%
• Amendments 18%
• Consortium 18%
• Metabolism 17%
• Bacteria 17%
• Value Added 14%
• Oil 12%
• Water 12%
• Factors 5%
• Hydrogen Generation 2%

Earth & Environmental Sciences

• energy recovery 98%
• carbon dioxide 66%
• electron 58%
• iron 55%
• mineral 46%
• chemical 33%
• fatty acid 30%
• methane 25%
• cleaner production 22%
• carbonate 22%
• catalysis 19%
• biotransformation 19%
• bioenergy 18%
• energy production 17%
• limiting factor 17%
• environmental management 16%
• oil field 15%
• greenhouse gas 14%
• metabolism 14%
• microbial community 14%
• chemical composition 13%
• surface area 13%
• hydrogen 13%
• petroleum 12%
• dissolution 12%
• bacterium 10%
• rate 5%
• water 5%
• analysis 4%