炼油与化工
煉油與化工
련유여화공
Refining and Chemical Industry
2015年
5期
8-10
,共3页
王利波%董利刚%王君华%樊文娟
王利波%董利剛%王君華%樊文娟
왕리파%동리강%왕군화%번문연
液硫%克劳斯反应%硫的回收率%研究进展
液硫%剋勞斯反應%硫的迴收率%研究進展
액류%극로사반응%류적회수솔%연구진전
liquid sulfur%CLAUS reaction%sulfur recovery rate%research progress
克劳斯工艺是将硫化氢转变为硫磺的工业方法,应用液硫完成H2S的转换优势在于能够利用液硫中溶解的H2S,且可以应用克劳斯工艺和超克劳斯工艺的高效催化剂.文中概述了液硫中的克劳斯反应研究进展,阐述了不同的检测实验及其相关结论.
剋勞斯工藝是將硫化氫轉變為硫磺的工業方法,應用液硫完成H2S的轉換優勢在于能夠利用液硫中溶解的H2S,且可以應用剋勞斯工藝和超剋勞斯工藝的高效催化劑.文中概述瞭液硫中的剋勞斯反應研究進展,闡述瞭不同的檢測實驗及其相關結論.
극로사공예시장류화경전변위류광적공업방법,응용액류완성H2S적전환우세재우능구이용액류중용해적H2S,차가이응용극로사공예화초극로사공예적고효최화제.문중개술료액류중적극로사반응연구진전,천술료불동적검측실험급기상관결론.
CLAUS process is an industrial method for conversion of H2S to sulfur. The advantages of applying liquid sulfur to complete H2S conversion lies in the ability to use the soluble H2S existed liquid sulfur,and that the CLAUS process and super-CLAUS process's high-efficiency catalyst can be used. This paper made overview to the research progress of CLAUS reaction in liquid sulfur,and described different detection experiments and their relevant conclusions.