CAJ | 학술논문

采用高效UV光解设备对工业污泥烘干脱水过程中产生的有机恶臭废气进行净化处理。VOCs、NH3、H2S初始浓度分别为870ppm、15ppm、10ppm，处理后接近完全降解。结果表明，经过UV光解后，恶臭废气净化效率达99%，完全脱臭；这一实例将UV光解设备在生活污水除臭领域的应用拓展到工业污泥的废气治理，具有极强的工程实际指导作用。
채용고효UV광해설비대공업오니홍간탈수과정중산생적유궤악취폐기진행정화처리。VOCs、NH3、H2S초시농도분별위870ppm、15ppm、10ppm，처리후접근완전강해。결과표명，경과UV광해후，악취폐기정화효솔체99%，완전탈취；저일실례장UV광해설비재생활오수제취영역적응용탁전도공업오니적폐기치리，구유겁강적공정실제지도작용。
The paper adopts UV efifcient photolysis equipment to deeply purify the malodor organic gas generated from the industrial sludge dewater. The initial concentrations of VOCs, NH3 and H2S were respectively 870ppm, 15ppm and 10ppm, which were basical y degraded after processing. The result shows that puriifcation efifciency reaches at 99%after UV photolysis and completely deodorization. With a strong guidance for engineering practice, this case brings the UV photolysis equipment in application of domestic sewage deodorization to the waste gas treatment of the industrial sludge.