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- Title
DESIGN AND OPTIMIZATION OF THE MECHANICAL EQUIPMENT FOR PREVENTING POLLUTION AT THE RIVER DIVERSION CHANNEL.
- Authors
Ya-hui WANG; Sai GE; Chao YANG; Jin-mei WU; Qi WANG
- Abstract
Based on the large-scale trans-regional water transfer project of the South-to-North Water Diversion Project, this paper has created a problem of water quality and water safety for the floating and suspended pollutants in the main canal. A floodgate for the South-to-North Water Diversion is designed to be intercepted by the trash rack and the hoist is used. The sewage device of the power unit. Determine the fouling design plan, determine the overall frame and size, select the material and welding process of the grid; use the mapping software to model the trash rack frame, grid and overall assembly structure; calculate the lifting of the trash rack The required lifting force is then selected according to the model of the winch; the decontamination equipment is arranged according to the topography and actual drainage requirements of the water diversion port; the static analysis of the designed grid frame is performed to obtain stress, strain and maximum deformation. The orthogonal test is designed and combined with the test results to make the corresponding optimization to make the trash rack more perfect.
- Subjects
RIVER pollution; REGULATION of rivers; RIVER channels; POLLUTION control equipment; DECONTAMINATION of food; WATER diversion
- Publication
Academic Journal of Manufacturing Engineering, 2019, Vol 17, Issue 1, p20
- ISSN
1583-7904
- Publication type
Article