Overview
Beijing wastewater treatment plant serves the Daxing district with a population of 1,925,000. It operates under China's national wastewater standards, discharging treated effluent into local waterways.
The Beijing wastewater treatment plant is located in the Daxing district of Beijing, China, serving a population of approximately 1,925,000. As a major facility in the capital region, it plays a crucial role in managing municipal wastewater from a densely populated urban area. China's wastewater treatment regulations require secondary treatment for urban plants, with advanced treatment increasingly mandated for sensitive areas. For a plant of this scale, tertiary treatment is typical to meet stringent discharge standards and support water reuse initiatives. The treated effluent is discharged into local rivers that flow through the North China Plain, eventually reaching the Bohai Sea. This watershed supports agricultural irrigation and urban water supply, making effective treatment essential for protecting downstream water quality and public health.
Environmental context
The plant discharges into the local river network within the Hai River basin, which flows eastward into the Bohai Sea. This coastal sea is ecologically sensitive, supporting fisheries and marine biodiversity. The region faces water scarcity, so treated wastewater is increasingly valued for reuse in agriculture and industry, reducing pressure on freshwater resources.
Frequently asked questions
The plant is located in the Daxing district of Beijing, China, at Tongjiu Road in Wudian Er Village.
The plant serves approximately 1,925,000 people in the Daxing district and surrounding areas.
Treated effluent is discharged into local rivers within the Hai River basin, which flows to the Bohai Sea.
The plant operates under China's national wastewater discharge standards, which mandate secondary treatment for urban plants and increasingly require advanced treatment for water reuse.
For a plant of this scale in China, tertiary treatment is typical to meet stringent discharge limits and support water reuse, especially in water-scarce regions like Beijing.
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