摘要
采用网河区非稳态水量、水质数学模型，对广州西村和石门两水厂的拟搬迁方案进行了详细的论证分析．分析结果表明：拟迁址处的水质较现水源地的水质明显改善；在控制好未来污染源的条件下。
An unsteady water quality and quantity model for river networks has been used in determining the new water intake of Xichun and Shimen water plant,Guangzhou,China.The data of hydrology and water quality observed simultaneously,and the water quantity and quality at Yanang station are evaluated.Based on the water quantity assurance rate (97%),the water quantity at the new water intake is computed.The computed result shows that the water quantity will be as high as 300?m 3/s at the new place,so the engineering effects on water quantity at the new intake will be small.The future pollution sources and the boundary water quality conditions are considered.The computation results show that the water quality at the new intake is better than that at the previous one.With suitable control of the pollution sources around the new area in the future,the water quality and water quantity at the new intake can meet the requirements.
出处
《河海大学学报（自然科学版）》
CAS
CSCD
1999年第3期99-103,共5页
Journal of Hohai University(Natural Sciences)
关键词
水量
水质
自来水厂
取水口
方案论证
迁址
water quantity
water quality
mathematical model water plant
water intake
scheme comparison
