摘要
热煤气净化是ＩＧＣＣ、ＭＣＦＣ发电技术的关键，热煤气含有（２～３）×１０－３的氨，文章介绍了氨催化分解的反应机理，选择金属催化剂的经验法则及国内、国外的研究者对氨催化分解催化剂的筛选工作。最后得出Ｎｉ是氨催化分解最有效的活性组分，开发高效率、高的耐受性的高温Ｎｉ基催化剂是今后工作的方向。
The concentration of ammonia in hot coal gas is about 2310-3. Ammonia catalytic decomposition is most promising method for removal ammonia in hot coal gas. From this article,we can draw a conclusion that Nickel is the most effective component for ammonia catalytic decomposition,and developing high-efficiency and durable Ni-based catalysts are what we will do.
出处
《煤气与热力》
1999年第3期6-9,共4页
Gas & Heat
基金
国家自然科学基金
关键词
热煤气
催化分解
催化剂
脱氨
removal of ammonia in hot coal gas, catalytic decomposition,selecting for catalysts
