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China - Dioxins Reduction from the Pulp and Paper Industry Project : environmental assessment (Vol. 18) : Environmental management plan for Linyuan (Chinês)

The objectives of the Dioxins Reduction from the Pulp and Paper Industry Project for China are to demonstrate the result of Best Available Technologies and Best Environmental Practices (BAT/BEP) adoption in four selected non-wood pulp mills and to strengthen environmental monitoring and enforcement in four participating provinces. Negative measures include: air pollution, dust, noise pollution, soil erosion, water pollution, waste management, and ecology. Mitigation measures include: a) Combined Heat and Power (CHP) production and power generation by waste heat can not only to control cost but can also meet the whole or part of the electricity and gas demand, and consequently make a good use of energy; b) adequate thermal insulation materials should be applied, where needed, to the equipment or pipes to reduce heat loss; c) daylighting should be put to good use during plant design in order to economize lighting power; d) gauges, meters and other automatic instruments can be installed in the process flow to control the consumption of electricity and gas and provide a favorable condition for practicing energy conservation management in the plant. Stocks or materials should be conveyed by gravity, instead of pumping, to save electric power; e) advanced wet stockpiling and wet cleaning of bagasse may help minimize soluble impurities, so that the alkali consumption can be reduced in the cooking process and, as a result, less energy is consumed; and f) enclosed medium-concentration screening machines and technologies can be employed to save power and water.

Detalhes

  • Data do documento

    2013/12/01

  • TIpo de documento

    Avaliação Ambiental

  • No. do relatório

    E2813

  • Nº do volume

    18

  • Total Volume(s)

    20 (Ver todos os volumes)

  • País

    China,

  • Região

    Leste Asiático e Pacífico,

  • Data de divulgação

    2014/05/16

  • Disclosure Status

    Disclosed

  • Nome do documento

    Environmental management plan for Linyuan

  • Palavras-chave

    activities, Air pollution, Air Quality, alkali, Ambient Air, Ambient Air Quality, ammonia, ammonia nitrogen, arsenic, black liquor, BOD, boiler, building material, building materials, calcium, cellulose, cement, chemical, chemical industry, chemical oxygen demand, chemical wastes, chlorides, Chlorine, clean energy, Cleaner, coal, COD, conservation technologies, construction, consumption, corrosion, decision making, dioxins, drilling, drinking water, ecology, efficiency, effluents, electric power, electrical power, emission, emission reduction, emissions, energy conservation, energy consumption, energy production, energy resources, energy-saving technologies, Environment, Environmental, environmental consequences, Environmental Impact Assessment, Environmental Impacts, environmental information, environmental issues, Environmental Management, environmental media, Environmental Monitoring, environmental performance, environmental practices, Environmental Problems, Environmental Protection, environmental quality, environmental quality standards, environmental risk, exploitation, facilities, forestry, gas, gases, Hazardous Wastes, heat, heavy water, incineration, industrial research, industrial waste, industrial wastewater, investment, iron, land, lead, lignin, lime, Marine Environment, mercury, Monitoring Program, natural gas, natural resources, neutralization, nitrogen, nuclear facilities, nuclear power, oil, oil refining, oils, organic wastes, Oxygen, oxygen consumption, Paper, Paper Industry, Particulates, petroleum, petroleum processing, pH, phosphorus, pilot projects, pollutant control, Pollutants, pollution control, Pollution Discharge, pollution generation, pollution load, pond, power facilities, producers, production process, production processes, production technology, products, property, public health, quality assessment, raw material, raw materials, recovery furnace, recycling, Renewable Energy, renewable energy resources, residues, resources, revenues, rice straw, screening, seepage, sludge, sodium compounds, soil erosion, soil pollution, Soils, Solid waste, Solid wastes, soot, sterilization, sulfite, sulfur, Surface Water, surface water bodies, sustainable development, thermal power, thermal power plant, timber, toxic chemicals, toxic substances, trade, treaties, utilization of energy, values, washing, waste paper, waste water, wastewater, wastewater treatment, wastewater treatment facilities, wastewater treatment technology, water consumption, water pollutants, water pollution, Water pollution prevention, Water Quality, water reuse, wetlands, wood wastes

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