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Keyword [Regeneration energy consumption]
Result: 1 - 20 | Page: 1 of 1
1. Energy Consumption Analysis Of Ammonia-based CO2Removing System From Flue Gas Of Coal Fired Power Plant And Its Integration With Power Plant
2. Experimental Study On The Characteristics Of Amino Acid Salts And Blended CO2 Absorbents
3. Thermal Energy Comprehensive Analysis And Utilization For Carbon Dioxide Capture Process
4. Modeling And Optimization Of Amined Based CO2 Capture System
5. Study On Carbon Dioxide Capture Using A Novel Biphasic Solvent
6. Experimental Investigation Of CO2 Absorption Thermodynamic Performance In Conventional Imidazole-based Ionic Liquids
7. Design And Analysis Of Reheating Furnace Flue Gas Carbon Capture System Based On The Sensible Heat Of Continuous Casting Slabs
8. Study Of Co2 Capture Using Biphasic Solvent Triethylenetetramine Lysine（[TETAH][Lys]）-Ethanol-Water
9. Experimental Study On CO2 Absorption By Amine-based Multi-component Absorbents
10. Study On Novel Absorbent Systems For CO2 Capture And Its Regeneration Characteristics
11. The CO2 Uptake Performance Study Of Amine-and Aprotic Heterocyclic Anion-based Dual Functionalized Ionic Liquid Solutions
12. Simulation And Optimization Of CO2 Capture Process Of Blast Furnace Gas By Alcohol Amine Method
13. Basic Performance Study On CO2 Capture By Triethylenetetra Mine/Organic Solvent Absorbers
14. Waste Heat Recovery Performance From Stripped Gas In CO2 Chemical Absorption Process By Using Membrane Technology
15. Absorption-Desorption Performance And Mechanism Of CO2 In EHA+Diglyme Homogeneous Water-Lean Absorbent
16. CO2 Capture By Amine Modified Type Ⅲ Porous Liquids:Absorption/Desorption Performance And Mechanism
17. Screening Of Amine-based Absorbents And Matching Of Absorbents And Process Flowsheet In Sulfur Dioxide Capture
18. Study On Carbon Dioxide Cpature Using Nonaqueous 2-(Methylamino) Ethanol-based Absorbent
19. Research On Reducing Energy Consumption Of CO2 Desorption By Solid Acid Catalyst
20. Experimental Study On CO2 Capture From Flue Gas By Two Phase Change Absorption Systems Based On Triethylene Tetramine
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