msw incineration Articles

  • Particulate Control Strategies for Incineration

    Abstract This paper discusses various particulate emission control strategies that can be employed for Municipal Solid Waste (MSW), Municipal Sewage Sludge, and Industrial Waste Incineration facilities. An example will be given of a particulate control installation that successfully cleans off-gases from an incinerator at a large photographic products plant. Data supporting a theoretical ...


  • Composting - Best bang for MSW management buck

    For many years, life cycle analyses of end-of-life management practices have been available for all of the basic recyclables as well as organics. The life cycle data, usually derived by the US Environmental Protection Agency's Waste Reduction Model (WARM), represents the net greenhouse gas impact of recycling, landfilling or incinerating a variety of material streams. The model calculates ...


    By BioCycle Magazine

  • Thermal Treatment of MSW - Can we Afford Recycling at the End of the Pipe?

    Incineration has clear environmental advantages over direct landfilling since it reduces the risk of pollution of water resources and prevents greenhouse gas emissions. If incinerators are equipped with metals recovery stages, they can be used as recycling processes for mineral materials and metals. Such separating incinerators may become competitive with separate collection schemes for metal ...

  • Incinerator Plant, Lidköping - Case Study

    SWEDEN: Baling of MSW In Lidköping the incineration plant is connected to the central heating systems of the city. However, incineration plants has a high demand for fuel in the winter season and limited demand in the summertime. Inflow of material, however, comes evenly all year around and this gives a need to store waste during the summer. The solution to this is the ...


    By Flexus Balasystem AB

  • Technical Note: An effective thermal technology for the detoxification of MSW fly ash

    Increasing public concern regarding potential health problems due to improper waste disposal practices and the introduction of landfill taxes have induced the practice of incineration. Presently, all UK incinerators have to meet very strict emission levels. The municipal solid waste (MSW) fly ash generated has to be managed very carefully as it is enriched with toxic organic micro pollutants and ...


    By Inderscience Publishers

  • Characterisation of Incinerator Residues for Their Possible Re-Use

    MSW incineration produces a high quantity of residues (slags, fly ashes, sludges). Recycling suitability of residues is therefore an important issue requiring as a first step their physical and chemical characterisation (mass, granulometry distribution, merceology) and determination of their hazardousness (i.e. pollutant contents of heavy metals and chlorinated organic compounds). ...


  • Waste incineration for urban India: valuable contribution to sustainable MSWM or inappropriate high–tech solution affecting livelihoods and public health?

    Urban India is facing huge challenges in terms of population growth and resultant infrastructural needs. Municipal solid waste management (MSWM) still remains a challenge for urban local bodies. Municipal solid waste (management and handling) rules, 2000 was a first step in India towards organising the system, but till date the systems are largely insufficient and/inefficient. Focus on the urban ...


    By Inderscience Publishers

  • Municipal solid waste: alternative source of energy to the cement kilns in the state of Madhya Pradesh, India

    Rapid urbanisation has resulted in large–scale municipal solid waste (MSW) generation in India. Scientific and environment friendly disposal of MSW is a challenge for the municipal local bodies. A survey has been conducted regarding municipal solid waste generation from 342 local bodies in the State of Madhya Pradesh. Total generation of the MSW in the State is estimated around 4,500 MT/day ...


    By Inderscience Publishers

  • Gasification - The Waste-To-Energy Solution

    Introduction Each year, Americans generate about 250 million tons of Municipal Solid Waste, or MSW—about 4.3 pounds per person per day. This includes “trash” such as kitchen waste, electronics, light bulbs, plastics, used tires and old paint, and yard waste. Despite significant increases in recycling and energy recovery, only about one-third of the total MSW is ...

  • Application of LCA to support solid waste management policy in Phuket

    Life Cycle Assessment (LCA) is employed to evaluate the environmental performance of the existing Municipal Solid Waste (MSW) management system in Phuket and compared with different possible alternative Integrated Waste Management Systems (IWMSs). The results show that the scenario comprising source separation of waste for anaerobic digestion and recycling plus incineration (with energy recovery) ...


    By Inderscience Publishers

  • Municipal solid waste - waste to energy conversion in India: an overview

    Municipal solid waste (MSW) is generated in enormous quantities, in India, causing environmental problems. It is collected primarily by sweeping in India and dumped on the outskirts of urban areas, which pollute the environment. Such MSWs also release methane and carbon dioxide, which are important greenhouse gases. MSW comprises biodegradable material. The MSW disposal methods in India mainly ...


    By Inderscience Publishers

  • The current situation of solid waste management in China

    With economic development, the quantity of solid waste is increasing rapidly in China; the total quantities of municipal solid waste (MSW), industrial solid waste (ISW), and hazardous waste (HW) in 2002 were 136.5 million tons, 945 million tons, and 10 million tons, respectively. In 2002, the quantity of MSW disposed of was 74.04 million tons, 89.30% of which was landfilled, 3.72% was ...


    By Springer

  • Municipal solid waste and recovery potential: Bangladesh perspective

    Rapid urbanization and population growth are largely responsible for very high increasing rate of MSW generation in the urban areas of Bangladesh, one of the densely populated Least Developed Asian Countries (LDACs). These scenario posses a social, environmental and professional threat for city dwellers, urban planners, development authorities and other concerned stakeholders. In Bangladesh, a ...


    By University of Tehran

  • Management of organic content in municipal solid waste - a case study of Lahore

    Poor solid waste management (SWM) is one of the leading obstacles for absolute clean and healthy environment. Growing economy of Lahore has rapidly increased growth rate which in turn has flared solid waste generation. Municipal solid waste is contributing heavily to air, water and land pollution and a major portion of municipal waste is organic. Generally considered unfruitful, this organic ...


    By Inderscience Publishers

  • Study Charts a Future for Waste-Derived Fuels

    Pointers to possible future EU policy initiatives to give co-incineration facilities burning waste-derived fuels a strategic role in waste management have emerged in a study for the European Commission.1 The report suggests a policy focus on promoting source separation of municipal wastes, active discouragement of mass burn incinerators, and a levelling of the regulatory playing-field for ...

  • Refuse Derived Fuel, Current Practice and Perspectives

    Untitled Document Summary I OBJECTIVES The objectives of the project were to undertake a survey on the current ...

  • Low cost pre-treatment of waste landfill emissions - does mechanically-biologically treated waste facilitate the operation of low environmental impact landfills?

    Rules and regulations contained in the German Federal Waste Management Act are specified and complemented in administrative directives. One of them is the so called ”Technische Anleitung Siedlungsabfall” (TASi), in other words the Technical Directive for Municipal Solid Waste, which stipulates criteria for the use, treatment and disposal of waste materials. Where it is not possible to ...


    By ORBIT e.V.

  • Techniques for processing industrial waste using arcplasma generated by the twelve-phase alternating current

    We have already presented an arc-discharging plasma generator, generally called a thermal plasma generator which is constructed by the six-phase alternating current power supply(Matsuura et al, 1994a, 1997). A more effective thermal plasma generator can construct by expanding this concept. As an example, this small power supply system has been presented in reference (Matsuura et al., 1994b). In ...


    By ORBIT e.V.

  • The State of Garbage in America

    Latest national data on MSW management -28.5% recycled and composted, 7.4% combusted in WTE plants and 64.1% landfilled. BioCycle is pleased to produce the State of Garbage in America Report, providing a picture on how municipal solid waste (MSW) is handled throughout the United States. For this 15th nationwide survey, which began in 1989, BioCycle continued its collaboration with Columbia ...


    By BioCycle Magazine

  • The State of Garbage in America

    Untitled Document Latest national data on MSW management -28.5% recycled and composted, 7.4% combusted in WTE plants and 64.1% landfilled. A joint study by BioCycle and the ...


    By BioCycle Magazine

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