Enhanced CO2 capture through reaction with steel-making dust in high salinity water

Earth and Planetary Sciences

• Product 100%
• Medium 100%
• Solid 100%
• Thermogravimetric Analysis 50%
• Reactivity 50%
• Water Salinity 50%
• Ambient Temperature 50%
• Proximity 50%
• Magnesium 50%
• Experimental Design 50%
• Pretreatment 50%
• Emitter 50%
• Industrial Waste 50%
• Science and Technology 50%
• Impact 50%
• Emission 50%
• Cost 50%
• Fraction 50%
• Liquid 50%
• Gas 50%
• Bicarbonate 50%
• Particle 50%
• Calcium 50%
• Mineral 50%

Engineering

• Mineral Carbonation 100%
• Operating Parameter 100%
• Carbon Capture 100%
• Products 100%
• Steel Making 50%
• Reactor System 50%
• Reactivity 50%
• Pretreatment 50%
• Experimental Result 50%
• Liquid Ratio 50%
• Ambient Temperature 50%
• Gas Flowrate 50%
• Electric Arc Furnace 50%
• Ambient Condition 50%
• Ambient Pressure 50%
• Accelerated Carbonation 50%
• Design of Experiments 50%
• Performance 50%
• Determines 50%

Chemical Engineering

• Temperature 50%
• Carbonate 50%
• Mineral 50%
• Brine 50%
• Magnesium 50%
• Calcium 50%