科研成果 - 王 树众
| 论文标题 | A novel concept reactor design for preventing salt deposition in supercritical water |
| 作者 | Dong H. Xu, Shu Z. Wang∗, Yan M |
| 发表/完成日期 | 2010-11-12 |
| 期刊名称 | Chemical Engineering Research and Design |
| 期卷 | 2010, 88(11) |
| 相关文章 | |
| 论文简介 | Reactor plugging and corrosion are the key problems which hinder commercial applications of supercriticalwater oxidation and gasification, and can be efficiently overcome by preventingsaltdeposition on internal surface of reactor. In this work the problems caused by saltdeposition and the correspondingly main solutions are further reviewed objectively. Anovelreactor is designed and manufactured with a feed rate of about 100 L/h for sewage sludge treatment. The reactor combines the characteristics of Modar reactor and transpiring wall reactor for the first time, which is expected to prevent reactor plugging and corrosion as well as to decrease catalyst deactivation rate. The reactor is the core equipment of the first pilot-scale plant for supercriticalwater oxidation in China. Further optimizations of reactor configuration and operational parameters need plenty of experiments and/or a long-time test with sewage sludge in the subsequent work. |
(创新港)
