The Shandong power plant flue gas desulfurization project for China aims to reduce sulfur dioxide (SO2) emissions in Shandong Province. The objective will be achieved through development and implementation of a province-wide SO2 emissions reduction program in the heat and thermal power sector. Environmental impacts are foreseen during the project including air pollution from dust emission; construction waste of demolishing current buildings in project location; noise; limeston powder; wastewater from gypsum dewatering process; and solid waste. Mitigating measures will include: choosing of equipments to meet the standards and carrying out preventive measures - straight flow design of the flue pipe and sound insulated support structure to reduce noise; planting shrubbery and arbor around the plant for sound absorption. Wastewater will be treated in a new 10 TPH chemical treatment plant and reuse for spraying after treatment. The wastewater after washing will be collected in drainage and delivered to absorption tower by pumps.
Подробная Информация
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Дата подготовки документа
2006/10/01
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Тип документа
Оценка состояния окружающей среды
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Номер отчета
E1493
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Том
6
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Total Volume(s)
7
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Страна
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Регион
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Дата раскрытия информации
2006/10/31
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Disclosure Status
Disclosed
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Название документа
Shandong Yantai Bajiao Power Plant : environmental management plan
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Ключевые слова
absorption, air pollution, ambient air, ambient air quality, ammonia, ash, ash disposal, boiler, boiler water, cement, channel, coal, coal type, construction, cooling, cooling water, demand for heat, dewatering, Domestic water, drainage, Effluent, emission, environmental impacts, Environmental Management, Environmental Monitoring, Environmental protection, FLUE GAS, fluoride, GAS, generation, groundwater, groundwater pollution, heat, heat energy, heat supply, junk, lime, limestone, municipal solid waste, nitrogen, pH, pipeline, PM, pollution, Power Plant, POWER SECTOR, precipitation, Public Participation, pumps, residues, rivers, sea, sea water, Sea water pollution, seawater, sewage, sewage disposal, Sewerage, Solid Waste, solid wastes, sorbent, spring, sulphate, sunlight, surface water, thermal power, thermal power plants, washing, waste, waste water, Wastes, wastewater, Water consumption, Water content, water pollution, water quality, water supply, wet limestone, wind
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