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- Title
Study on Optimal Allocation of Water Resources in Ningdong Energy and Chemical Base.
- Authors
Lei FAN; Zhenghong ZHAO; Guangcai HOU; Hui QIAN; Xingping FENG; Tao JIANG
- Abstract
Based on the evaluation data of groundwater resources and the demand for water resources in the construction planning of Ningdong Energy and Chemical Base, a joint water supply plan for surface water and groundwater was proposed, and a linear programming model was used to optimize the joint water supply plan, which determined the actual quota and water supply route in the water supply plan. The results showed that Taole riverside water source could supply 0.065 x 108 m³/a of water to Pingluo Fine Chemical Base; Luotuojing emergency water source can could 0.019 x 108 m³/a of water to Hengcheng and Yuanyanghu Industrial and Mining Area; the No. 2 and No. 3 alternative water sources of Wuzhong Plain could supply 0.089 x 108 m³/a and 0.067 x 108 m³/a of water to Lingwu Industrial and Mining Area; No. 1 water source of Daquan area could supply 0.054 x 108 m³/a of water to Majiatan and Jijiajing Industrial and Mining Area in the south. According to the total water supply volume of 0.294 x 108 m³/a and the optimal water supply route, the groundwater quota is only 3.136 x 108 m³/a, which can not only meet the demand for water resources of the Ningdong Energy and Chemical Industry Base in 2020, but also can maximize the socio-economic and environmental benefits. The research could provide foundation basis for the economic and efficient utilization of water resources in the Base, and also provide references for the rational utilization of water resources in the industrial base of the arid area.
- Subjects
WATER supply; GROUNDWATER; ARID regions; RESOURCE allocation; LINEAR programming
- Publication
Agricultural Biotechnology (2164-4993), 2019, Vol 8, Issue 1, p209
- ISSN
2164-4993
- Publication type
Article