waste incineration power Articles

  • Incineration

    Introduction: High temperatures, 870 to 1,200 °C (1,400 to 2,200 °F), are used to volatilize and combust (in the presence of oxygen) halogenated and other refractory organics in hazardous wastes. Often auxiliary fuels are employed to initiate and sustain combustion. The destruction and removal efficiency (DRE) for properly operated incinerators exceeds the 99.99% requirement for hazardous waste ...

  • What is Incineration?

    What is incineration? “Everything you ever wanted to know, but never dared to ask!” In its most basic form, it is the destruction of something, especially waste material, by burning. Incineration is a thermo-decomposition process where the components present in the waste stream are ionized into harmless elements at a higher temperature in the presence of oxygen. ...


    By Inciner8 Limited

  • English waste powering Scandinavian homes this winter

    As the nights draw in, and the UK battens down the hatches ahead of another harsh winter, it may interest you to learn that waste product created in this country is being used to provide valuable heat and energy for homes across the land. The only problem is that the land in question isn’t our own fair ...


    By Inciner8 Limited

  • The truth behind Autoclaves for medical waste incineration

    In the destruction of medical waste, it is widely understood that the safest way to reliably and permanently destroy hazardous pathogens and germs is with heat. As manufacturers of the worlds most trusted range of medical incinerators, we are more than well aware of the risks and benefits associated with handling medical waste. ...

  • Waste co-incineration in the European Community, is the sky the limit?

    The co-combustion of waste in industrial furnaces -co-incineration- attracts considerable interest in the European Community, because of the combination of perceived business incentives, regulatory developments, and the slate of available technological options. It was found, however, that EU-regulation developed to ensure safe and environmentally acceptable processing of waste represents a clear ...

  • Increase in capacity of an incinerator

    In addition to its own and external products, system providers involved in the project business also provide process knowledge and complete projects refined to the last detail. The standard is high. Their own knowledge combined with the supplier’s knowledge leads to a complete solution. From the delivery of the components to their installation, trial operation and commissioning, all the ...


    By sera GmbH

  • Rotary Kiln Incineration Plant - Case Study

    The R1200 plant was installed in the early 00’s in Macau. The fully integrated system boasts a burn rate if 1200kg per hour and accepts a variety of different waste streams that include, clinical waste, pharmaceutical waste, liquid waste that includes solvents, waste oil, shredded tyres and well as some livestock as large as horses. The rotary kilns incineration principle is defined by one ...

  • 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 ...

  • Sludge Incinerator RTO Upgrade with MLM-160-6®: $50,000+ Yearly Power Savings

    IntroductionThe city of Fitchburg, Massachusetts operates a multiple hearth incinerator that burns municipal sludge to minimize waste volumes. Although not universally used by municipalities in the United States, incineration is a widely accepted and used method of sludge disposal. The major benefit of incineration is a greatly reduced need for landfill space. An 85 - 95% volume reduction of ...


    By Lantec Products, Inc.

  • Radioactive waste management experience of Moscow SIA 'Radon'

    Vitrification and cementation are used for conditioning liquid radioactive waste (LRW) at SIA 'Radon'. More than 2000 m³ of LRW are treated on the vitrification plant and 100,000 m³ of LRW on cementation plants. For clearing LRW are used the filtration, ultra filtration, reverse osmosis, selective sorption, ion exchange, and oxidation. For treatment NPP bottom concentrates the technology of ...


    By Inderscience Publishers

  • Now is the time to start investing in Waste to Energy

    With the announcement in China this week that they are planning to build 300 waste to energy (EfW) sites over the next few years it is clear to see that this is a technology that is here to stay. This next generation of waste to energy ...


    By Inciner8 Limited

  • Case study - Commercial nuclear power plants decontamination

    Customers Include: Nuclear Power Plants: Perry, Ontario Power Generation, Peach Bottom, Savanna River, etc. Service/Product Providers: Alaron, RADeco, UniTech Applications Include: Decontamination of waxed concrete and painted diamond plate, with DFs of 100 percent in a single pass on surfaces with 100-200k dpm/100 cm2 ...


    By KT Chemicals, Inc.

  • Zero Waste - Zero Waste - Zero Waste

    The Planning Group of the Zero waste International Alliance defines zero waste as: “Zero waste is a goal that is ethical, economical, efficient and visionary, to guide people in changing their lifestyles and practices to emulate sustainable natural cycles, where all discarded materials are designed to become resources for other use.” I recently posted this question on ...


    By ABCOV Companies , LLC

  • EU Confirms Disposal Ranking for Waste Burning

    The European Commission has confirmed that, following a European court of justice ruling delivered in February, energy recovery from dedicated waste incinerators can no longer be counted towards waste recovery targets under the EU packaging directive. By extension, the same should logically apply also to the end-of-life vehicles (ELV) and waste electrical and electronic equipment (Weee) ...

  • Evaluation of resource recovery through a Waste-to-Energy plant operating with municipal solid waste

    On 1 December 1984, an inter-local joint enterprise agreement was entered into between the Alexandria Sanitation Authority and the Arlington Solid Waste Authority (the 'Authorities'). The Joint Enterprise was formed to design, construct, equip, test and operate a solid waste to energy facility having an installed capacity of 975 tons per day of mixed Municipal Solid Waste (MSW). ...


    By Inderscience Publishers

  • Plans afoot to breathe new life into ageing incineration facility

    A London waste authority’s ageing incineration facility could be set for a new lease of life if a planned half a billion pound project goes through. This is Local London is reporting that the North ...


    By Inciner8 Limited

  • Are incineration and landfills the answer to save us from the recycling crisis?

    For plastic recycling, this year hasn’t exactly been one of the best – what is to blame? Oil. Shockingly, it actually costs more to recycle old plastic than it does to make new in many ways. Petroleum prices have fallen so low, as low as 70% below the level in June 2014. This may be great for some – however with it has fallen the cost of Virgin Plastic which is made from ...


    By GPT Waste Management Ltd

  • Tackling waste in the sands of the Sahara

    When gas was discovered in the mid Sahara areas of North Africa in the 1990s Andy Ive was asked by BP to help set up the water and waste infrastructure for what amounted to four small towns 600 km into the desert. No local infrastructure at all existed for the waste and water to be produced by 2-3000 workers. IVE overcame sandstorms, extreme heat, poisonous snakes and patented a novel solution to ...


    By Ive Design

  • Impact of CO2 Emission Trading Schemes on Residual Waste Management

    ABSTRACT The EU-Emission trading scheme (ETS) in its current design hardly affects residual waste management directly: methane from landfill-sites is not included although it is one of the “Green-House-Gases” (GHG) of the Kyoto Protocol, CO2-emissions from waste incineration plants are generally exempted from the regulation of the directive and emissions from combustion of landfill-site gas can ...


    By ORBIT e.V.

  • Supercritical water oxidation presented as alternative to incineration – An update

    Environmentally benign waste disposal is becoming a more and more acute problem. A process now being commercialised, supercritical water oxidation is demonstrating extremely efficient organic waste destruction (99.99%) plus excellent environmental characteristics (none of the emissions associated with incineration). The process is especially suitable for the treatment of wastewater and sludges ...


    By SCFI Group Limited

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