CAJ | 학술논문

指出了蓄热式氧化焚烧技术是目前治理挥发性有机废气较为有效的一项措施。以医药化工有机废气为研究对象，采用气相色谱法分析了特征污染物废气种类及进气浓度，研究了RTO氧化焚烧技术治理有机废气实际运行效果，结果表明：RTO对甲醇削减率达94．8％，四氢呋喃削减率达94．6％，二氯甲烷削减率达95．3％，甲苯和乙醚削减率分别达88．0％和96．8％，且排放浓度满足《大气污染物综合排放标准》（GB16297-2012）。最后结合医药化工行业RTO运行所存实际问题及对应解决方案进行了归纳总结，并对该技术的发展提出了展望。
지출료축열식양화분소기술시목전치리휘발성유궤폐기교위유효적일항조시。이의약화공유궤폐기위연구대상，채용기상색보법분석료특정오염물폐기충류급진기농도，연구료RTO양화분소기술치리유궤폐기실제운행효과，결과표명：RTO대갑순삭감솔체94．8％，사경부남삭감솔체94．6％，이록갑완삭감솔체95．3％，갑분화을미삭감솔분별체88．0％화96．8％，차배방농도만족《대기오염물종합배방표준》（GB16297-2012）。최후결합의약화공행업RTO운행소존실제문제급대응해결방안진행료귀납총결，병대해기술적발전제출료전망。
Regenerative oxidation burning technology is an effective measure for governing volatile organic exhaust gas . This article takes pharmaceutical chemical organic exhaust gas as research object and adopts gas chromatographic method to analyze the species and intake concentration of particular pollutant gas ,w hich analyzes the practical operation result of using RTO oxidation burning technology to govern the organic exhaust gas .The results show that the RTO's removal rate of methanol ,tetrahydrofuran ,dichloromethane ,toluene and diethyl ether reaches 94 .8% ,94 .6% ,95 .3% ,88 .0% and 96 .8% respectively ,whose emission concentration conforms to "Integrated Emission Standard of Air Pollutants "(GB16297-2012) .In the end ,the article summarizes the existing practical problems and corresponding solutions for RTO operation and proposes the prospect for this technology's development .