纸质出版:1998
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廖足良 李肖. 斜管沉淀工艺优化诸问题探讨[J]. 土木与环境工程学报(中英文), 1998,20(1):24-28.
Liao Zuliang. Discussion on Optimization of Tube Settling Process[J]. Journal of Civil and Environmental Engineering, 1998, 20(1): 24-28.
廖足良 李肖. 斜管沉淀工艺优化诸问题探讨[J]. 土木与环境工程学报(中英文), 1998,20(1):24-28. DOI: 10.11835/j.issn.1674-4764.1998.01.005.
Liao Zuliang. Discussion on Optimization of Tube Settling Process[J]. Journal of Civil and Environmental Engineering, 1998, 20(1): 24-28. DOI: 10.11835/j.issn.1674-4764.1998.01.005.
论文提出饮用水标准提高后斜管沉淀工艺优化应在水厂设计优化的条件下进行。斜管沉淀工艺在新的条件下具有适应性。斜管沉淀工艺优化应充分考虑前后工艺的影响。斜管沉淀的设计负荷应适当降低;斜管区结构采用双(多)层斜管,充分发挥斜管体的沉淀能力;斜管断面形式应优选,采用缺角正方形斜管等性能优异的斜管。斜管沉淀优化还应考虑构筑物平面布置、斜管搁置方向、与絮凝池衔接方式,以及施工和运行管理。
The optimization of tube settling process should be confined within the optimization of whole water treatment plant design under the conditions of higher criteria on potable water.Tube settling process has a better suitability for the challenge of new regulation of drinking water quality. When optimizing tube settling process
the effects on which filtration and flocculation processes have been exerted should be considered.The design surface load of tube settling should be lower than that in existing design codes.The configuration of tube module can be selected as two-or multi-layer module to make full use of the separation capacity of tube module.The suitable cross-section type of tube is also needed to be selected carefully
adopting an excellent one which is knoumas square cross-section type of tube.The layout of tube settler
the arrangement of tube module
the connection between tube settler and flocculator
and the construction and operation management of tube settling process are also factors for the optimization of tube settling process.
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