Fabrication of carbon-slag composite via a pyrolytic platform and its environmental application for arsenic removal as a case study

Engineering & Materials Science

• Arsenic 100%
• Slags 66%
• Carbon dioxide 62%
• Carbon 51%
• Fabrication 50%
• Straw 45%
• Composite materials 39%
• Thermolysis 20%
• Steel 17%
• Pyrolysis 17%
• Reaction kinetics 13%
• Iron 11%
• Iron oxides 7%
• Gases 7%
• Acids 5%
• Biomass 5%
• Hydrocarbons 5%
• Porosity 5%
• Temperature 4%
• Oils 3%
• Metals 3%

Earth & Environmental Sciences

• slag 64%
• arsenic 60%
• carbon dioxide 53%
• carbon 38%
• straw 37%
• removal 35%
• rice 32%
• steel 22%
• reaction kinetics 13%
• pyrolysis 11%
• gas phase reaction 8%
• iron 8%
• valorization 7%
• surplus 6%
• iron oxide 5%
• transform 4%
• surface area 4%
• temperature 4%
• porosity 4%
• hydrocarbon 4%
• degradation 4%
• acid 3%
• biomass 3%
• metal 3%
• atmosphere 3%
• oil 3%
• gas 3%
• distribution 2%

Chemical Compounds

• Carbon Dioxide 52%
• Slag 38%
• Composite Material 33%
• Application 21%
• Thermolysis 12%
• Iron Oxide 5%
• Dehydrogenation 5%
• Amount 5%
• Hydrocarbon 4%
• Pyrolysis 4%
• Surface Area 3%
• Porosity 3%
• Gas 3%
• Carbon Atom 2%
• Metal 2%
• Mixture 2%
• pH Value 2%