The objective of this project is to develop advanced hot-gas desulfurization sorbents for relatively low temperature application that show stable and high sulfidation reactivity at 343 to 538 {degrees}C. A number of zinc-based formulations will be prepared and screened for testing in a fixed-bed reactor at high pressure (1 to 20 atm) and high temperatures using simulated coal-derived fuel gases. One of the superior formulations will be tested for long- term durability and chemical reactivity in the reactor. To prevent sulfation, catalyst additives will be investigated, which would promote a lower regeneration temperature
For new coal gasification systems, zinc titanate sorbents are being developed to remove sulfur from ...
The techniques employed in this project have successfully demonstrated the feasibility of preparing ...
For new coal gasification systems, zinc titanate sorbents are being developed to remove sulfur from ...
The objective of this study is to develop hot-gas cleanup sorbents for relatively lower temperature ...
The objectives of this project are to develop hot-gas cleanup sorbents for relatively lower temperat...
The objective of this project was to develop hot-gas desulfurization sorbent formulations for relati...
The overall objective of this project is to develop regenerable sorbents for hot gas desulfurization...
The overall objective of this project is to develop regenerable sorbents for hot gas desulfurization...
The objective of this study was to develop advanced regenerable sorbents for hot gas desulfurization...
The overall objective of this program was to develop regenerable sorbents for use in the temperature...
Integrated gasification combined cycle (IGCC) power systems are being advanced worldwide for generat...
For new coal gasification systems, zinc titanate sorbents are being developed to remove sulfur from ...
In this program, the effort is geared towards developing advanced mixed-metal oxide sorbents for des...
Primary issues for the fluidized-bed/transport reactor process are high attrition resistant sorbent,...
The objectives of this project are to identify and demonstrate methods for enhancing long-term chemi...
For new coal gasification systems, zinc titanate sorbents are being developed to remove sulfur from ...
The techniques employed in this project have successfully demonstrated the feasibility of preparing ...
For new coal gasification systems, zinc titanate sorbents are being developed to remove sulfur from ...
The objective of this study is to develop hot-gas cleanup sorbents for relatively lower temperature ...
The objectives of this project are to develop hot-gas cleanup sorbents for relatively lower temperat...
The objective of this project was to develop hot-gas desulfurization sorbent formulations for relati...
The overall objective of this project is to develop regenerable sorbents for hot gas desulfurization...
The overall objective of this project is to develop regenerable sorbents for hot gas desulfurization...
The objective of this study was to develop advanced regenerable sorbents for hot gas desulfurization...
The overall objective of this program was to develop regenerable sorbents for use in the temperature...
Integrated gasification combined cycle (IGCC) power systems are being advanced worldwide for generat...
For new coal gasification systems, zinc titanate sorbents are being developed to remove sulfur from ...
In this program, the effort is geared towards developing advanced mixed-metal oxide sorbents for des...
Primary issues for the fluidized-bed/transport reactor process are high attrition resistant sorbent,...
The objectives of this project are to identify and demonstrate methods for enhancing long-term chemi...
For new coal gasification systems, zinc titanate sorbents are being developed to remove sulfur from ...
The techniques employed in this project have successfully demonstrated the feasibility of preparing ...
For new coal gasification systems, zinc titanate sorbents are being developed to remove sulfur from ...