Sewer/Drainage System and CSO Control
- Computational hydraulic modeling of the secondary treatment process
at Shanghai Bai Long Gang WWTP, Client: Shanghai Bai Long Gang
project company and Shanghai Southern Municipal Sewerage
Company, 2007-
- Shanghai Municipal Sewerage Company, Shanghai, China.
Conducted sewer modeling for flooding/CSO control in Changning
District. [03/2003 - 06/2005]
- Shanghai Urban Environment Project, Design, Review and Advisory
Services, Client: Shanghai Water and Environment Construction
Company (SWECC) and Binnie Black & Veatch, Hong Kong, Project
Duration: 2001 - 2002
- City of Hamilton Drainage Department, Region-Wide Microcomputer-
Based Real Time Control System, Hamilton, Canada. Developing a
computer modeling-based CSO control package that includes four
primary components: Rainfall Forecasting Model; Inflow Prediction
Model; CSO Control Optimization Model; and Unsteady Sewer Network
Hydraulics Model. The major purposes of the project are to control
flooding of interceptors and the wastewater treatment plant without
over-discharging CSO into Lake Ontario and optimize the discharge
locations according to different pollution protection priorities. [03/1996 -
09/1999]
- Greater Vancouver Regional District, Drainage Department, Computer
Modeling of Brockton CSO Weir and Chilco PS Sewer System,
Vancouver. Using a sewer model to predict the capacity of the CSO
weir and drainage system under different operation conditions[1999].
- Shanghai Municipal Sewerage Company, Computer Modeling,
Shanghai Sewerage Project 2. Conducted modelling for the entire
SSP2 collection system, which consists of more than 30 pumping
stations and related collection network. The main purpose of the
project is the design evaluation of the main sewer interceptors and
related collection system during dry weather and storm period, based
on sewer modeling. [05/1997 - 1998]
- Shanghai Municipal Sewerage Company, Computer Modeling,
Shanghai Sewerage Project 2. Conducted modeling of the SSP1 main
interceptor and related collection system consists of more than 50
pumping stations to optimize system operational strategies and
identify possible minor system modifications based on sewer
modeling. [05/1998 - 2000]
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