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China - Zhuzhou Brownfield Remediation Project : environmental impact assessment (English)

The development objective of the Zhuzhou Brownfield Remediation Project for China is to support redevelopment planning and site remediation in Zhuzhou’s Qingshuitang core industrial area to reduce public exposure to contaminated land. Some of the negative impacts and mitigation measures include: (1) set up screening facility around the construction boundary not less than 3 meter in height and according to the standard; (2) strengthen management of heavy duty construction machinery and vehicles, mechanical equipment should be equipped with corresponding smoke eliminating and dust removing devices; (3) discharging washing waste water to construction wastewater treatment plant for sedimentation, all treated wastewater is reused for ground watering dust suppression; (4) set up oil separation tank and sedimentation tank at washing area for proper treatment of wash water before recycling; and (5) construction contractor should use low noise mechanical equipment.

Details

  • Author

    Bai,Xieli

  • Document Date

    2015/06/01

  • Document Type

    Environmental Assessment

  • Report Number

    SFG1259

  • Volume No

    1

  • Total Volume(s)

    1

  • Country

    China,

  • Region

    East Asia and Pacific,

  • Disclosure Date

    2016/02/24

  • Disclosure Status

    Disclosed

  • Doc Name

    China - Zhuzhou Brownfield Remediation Project : environmental impact assessment

  • Keywords

    water quality, environmental quality, fish, reclamation, economic growth, environmental quality standards, environmental protection, treatment technologies, carbon dioxide, air quality, waste management, environmental impact assessment, fluorine, carbon, environmental problems, chemical, soil conservation, agricultural production, industry, producers, heavy metals, financial resources, emissions, environmental issues, environmental benefits, surface water, washing, gas, models, drinking water quality, pollution risk, sustainable development, ph, developed countries, biological diversity, toxic substances, concentration indexes, wastewater treatment, environmental evaluation, exploitation, arable land, environmental risk, air pollution, oil, carcinogens, irreversibility, water treatment, industrial water, sediments, environmental sciences, soil erosion, products, construction, environmental media, options, water, production technology, pollution, forestry, research, aquifers, cod, hydrogen, metals, environmental improvement, dewatering, efficiency, certain extent, taxes, cancer, land use, resources, wastewater, energy consumption, consumption, copper smelters, economic impact, continuous monitoring, environmental policy, chemical industry, environmental management, industrial sites, values, air pollution control, quality standards, environmental impacts, demand, evaluation criteria, mines, solid wastes, environmental contamination, emissions standards, water recycling, environments, expenditures, surface water resources, property, environmental information, environmental performance, quality assessment, environmental monitoring, environment, dissolved oxygen, streams, waste disposal, economic development, trade, use value, land, land productivity, environmental problem, dissolved solids, downstream flows, drinking water, groundwater, public participation, pollution discharge, accidental pollution, coal, ecology, oil reserves, water pollution, revenue, pollution control, chlorine, sulfur dioxide, scientific research, risk management, living conditions, recycling, arsenic, accelerator, waste recycling, environmental, emission standards, hazardous wastes, production processes, industrial emissions

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Citation

Bai,Xieli

China - Zhuzhou Brownfield Remediation Project : environmental impact assessment (English). Washington, D.C. : World Bank Group. http://documents.worldbank.org/curated/en/930271468241200083/China-Zhuzhou-Brownfield-Remediation-Project-environmental-impact-assessment