Your selections:
- Abdul Gani, Zeenathul, Wall, Terry, Moghtaderi, Behdad
- Liu, Dunyu, Jin, Jing, Gao, Ming, Xiong, Zhibo, Stanger, Rohan, Wall, Terry
- Liu, Dunyu, Wall, Terry, Stanger, Rohan
- Liu, Dunyu, Wall, Terry, Stanger, Rohan
- Liu, Dunyu, Wall, Terry, Stanger, Rohan, Luo, Caimao
Reactions, transformations and impacts of sulfur oxides during oxy-fuel combustion
Gas quality control in oxy-fuel technology for carbon capture and storage: scrubbing of CO₂ prior to compression
Sulfur capture by fly ash in air and oxy-fuel pulverized fuel combustion
- Belo, Lawrence P., Spörl, Reinhold, Shah, Kalpit V., Elliott, Liza K., Stanger, Rohan J., Maier, Jörg, Wall, Terry F.
- Liu, Dunyu, Wall, Terry, Liu, Yinghui
Cost estimates for the sulfur removal in oxy-fuel thermal power plant
- Shah, Kalpit, Spörl, Reinhold, Elliot, Liza, Wall, Terry
- Shah, Kalpit, Moghtaderi, Behdad, Wall, Terry
Gas cleaning challenges for coal-fired oxy-fuel technology with carbon capture and storage
- Wall, Terry, Stanger, Rohan, Liu, Yinghui
- Shah, Kalpit, Moghtaderi, Behdad, Zanganeh, Jafar, Wall, Terry
The study of calcium sulfate decomposition by experiments under O2/CO2 atmosphere
- Liu, Y., Zhou, H., Liu, Y. H., Stanger, R., Elliot, L., Wall, T., Cen, K. F.
Industrial scale oxy-fuel technology demonstration
- Li, Xianchun, Rathnam, Renu K., Yu, Jianglong, Wang, Qi, Wall, Terry, Meesri, Chatphol
Oxy-fuel heat transfer characteristics and its impact on boiler design
- Wall, Terry, Liu, Yinghui, Khare, Sameer
Sulfur and coal-fired oxyfuel combustion with CCS: impacts and control options
- Wall, Terry, Stanger, Rohan, Maier, Joerg
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