《广州化工》投稿须知

Study on Generation Mechanism and Simultaneous Removal of Multi-pollutant in Coal-fired Flue Gas

《广州化工》创刊于1973年，刊号为ISSN1001—9677，CN44—1228／TQ，半月刊，每月15日和30日出版，国内外公开发行。《广州化工》是广州化工研究设计院、广州市化工行业协会、广州市化学化工学会联合主办的综合性化工科技刊物，是中国核心期刊（遴选）数据库全文收录期刊，中国学术期刊综合评价数据库统计源刊，中国期刊全文数据库全文收录期刊，美国《化学文摘》（CA）重点收录期刊，全国石油和化工行业优秀期刊，广东省、广州市优秀期刊。《广州化工》在全国享有较高的声誉。本刊设有栏目：专论与综述、科学实验、分析测试、环境保护、化工机械、生产技术、教学园地、安全与管理等。欢迎广大读者涌跃投稿。为了规范投稿文章，特拟定如下投稿格式和要求，请作者参照。

The existing form and generation mechanism of sulfur-pollutant and nitric-pollutant were introduced. It was pointed out that the main factors to affect the existing form of multi-pollutant were coal-type, combustion temperature and combustion atmosphere. For simplified the flue gas treatment equipment and reduce the cost in coal fired plants, a new integrated removal multi-pollutant technology based on the flue gas circulation fluid bed （CFB） was proposed. Two reform methods of circulation fluid bed could be helpful ： gas phase pre-oxidation technology and complex oxidant injection technology. The reformed technology can provide reference for the integrated removal multi-pollutant in industry.