During the ninth quarter of the project, bench scale experiments were performed to investigate the adsorption ability of different kinds of materials within sulfur vapor environment. Four kinds of adsorbents have been tested. The experiment results indicated that activated carbon was the best of four adsorbents tested. The adsorption process may be applicable to promote conversion of H{sub 2}S in the H{sub 2}S and SO{sub 2} reaction system
In order to obtain a non-corrosive fuel gas (syngas), which is derived from coal by Integrated Gasif...
Based on the concept of industrial ecology, this study investigated the interaction between hydrogen...
The objective of this study is to develop advanced high-temperature coal gas desulfurization mixed-m...
During the tenth quarter of the project, bench scale experiments were performed to investigate the a...
During the tenth quarter of the project, bench scale experiments were performed to investigate the a...
During the thirteenth quarter of the project, the catalytic reaction of H{sub 2}S and CO{sub 2} was ...
During the eleventh quarter of the project, new flowmeters were replaced in the reaction system and ...
This annual report summarizes the results of the project during the third year period. The purpose o...
The purpose of this study was to experimentally and theoretically investigate the feasibility of pro...
During the sixth quarter of the project, simulations were carried out to investigate the feasibility...
During the seventh quarter of the project, further simulations were performed to investigate the fea...
This study is to develop an experimental and theoretical procedure to investigate the feasibility of...
The topical report describes the results of Phase 2 research to determine the feasibility of the dir...
The objective of this program is to develop advanced high-temperature coal gas desulfurization sorbe...
Carbon adsorbents have been shown to remove sulfur oxides from flue gas, and also serve as a catalys...
In order to obtain a non-corrosive fuel gas (syngas), which is derived from coal by Integrated Gasif...
Based on the concept of industrial ecology, this study investigated the interaction between hydrogen...
The objective of this study is to develop advanced high-temperature coal gas desulfurization mixed-m...
During the tenth quarter of the project, bench scale experiments were performed to investigate the a...
During the tenth quarter of the project, bench scale experiments were performed to investigate the a...
During the thirteenth quarter of the project, the catalytic reaction of H{sub 2}S and CO{sub 2} was ...
During the eleventh quarter of the project, new flowmeters were replaced in the reaction system and ...
This annual report summarizes the results of the project during the third year period. The purpose o...
The purpose of this study was to experimentally and theoretically investigate the feasibility of pro...
During the sixth quarter of the project, simulations were carried out to investigate the feasibility...
During the seventh quarter of the project, further simulations were performed to investigate the fea...
This study is to develop an experimental and theoretical procedure to investigate the feasibility of...
The topical report describes the results of Phase 2 research to determine the feasibility of the dir...
The objective of this program is to develop advanced high-temperature coal gas desulfurization sorbe...
Carbon adsorbents have been shown to remove sulfur oxides from flue gas, and also serve as a catalys...
In order to obtain a non-corrosive fuel gas (syngas), which is derived from coal by Integrated Gasif...
Based on the concept of industrial ecology, this study investigated the interaction between hydrogen...
The objective of this study is to develop advanced high-temperature coal gas desulfurization mixed-m...