“氮氧化物浓度12毫克/标立方米、二氧化硫排放浓度0.1毫克/标立方米、烟尘浓度2.2毫克/标立方米。”在广州石化煤粉炉控制室,DCS上显示的这一组数字引起了前来参观的考察人员的惊叹。“该技术的成功,是企业在非常好的管理水平下才能获得的,这个应用不仅改善了环境,对中国燃煤电厂环境改善工作也有非常重大的意义。”2014年10月17日,在广州石化采用循环流化床半干法技术实现锅炉“超洁净排放”后,德国鲁奇公司原首席工程师、循环流化床半干法脱硫技术创始人沙瓦博士说。 “Nitrogen oxide concentration of 12 mg / standard cubic meters, sulfur dioxide emission concentration of 0.1 mg / standard cubic meters, smoke dust concentration 2.2 mg / standard cubic meters. ” In Guangzhou Petrochemical pulverizer control room, DCS shows this group The number aroused the exclamation of visiting personnel who came to visit. “The success of this technology is achieved only by very good management. This application not only improves the environment, but also has great significance for improving the environment of coal-fired power plants in China.” “On October 17, 2014, In Guangzhou Petrochemical using circulating fluidized bed semi-dry technology to achieve the boiler ”super-clean emissions ", the former Lurgi company’s chief engineer, circulating fluidized bed semi-dry desulfurization technology founder Dr. Shawar said.