Albany, NY -- (SBWIRE) -- 06/26/2018 -- Incinerator Equipment Market: Overview
The incinerators are equipment used for treatment of waste through the combustion of organic substances present in it. In this process, waste materials are converted into ash, flue gas and heat wherein the heat produced is further used for generating electricity. The furnace utilized in combustion process is automatically monitored and controlled to ensure efficient and safe operations.
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The global incinerator equipment market can be divided as per applications, technologies and geographies. These equipment are broadly used in municipal wastes, chemical and industrial wastes, agricultural incineration, sewage incineration, building wastes, ashes and medical waste incineration. Major incinerator technologies include rotary kiln, static furnace, fluidised bed, liquid injection, catalytic combustion multiple hearth incinerator, direct flame, waste gas flarIncinerator Equipment Market: Drivers and Restraintse and moving grate incinerator. Among these technologies, rotary kiln, liquid injection and fluidised bed are more prevalent in the industry due to its flexibility and usage in large number of applications.
The waste combustion process through incinerator equipment is particularly undertaken in Japan due to scarcity of available land resource. Sweden and Denmark have been the leaders in generation of energy through incineration process. The other countries that are heavily depending on incinerators include Germany, Luxembourg, France and the Netherlands.
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The growing market for waste management technologies is the major factor driving the global incinerator equipment market. The incinerator process helps minimize cost of transportation of waste to landfills as well as reduce pressure executed on available land. In addition to this, it also helps eliminate harmful gases produced from the landfills thus reducing environmental risks. However, the market is greatly affected due to the regulatory policies concerning carbon emissions, implemented by various organisations such as US Environmental Protection Agency (USEPA). Dioxins which are produced on a large scale during waste treatment process are very toxic due to high content of carcinogenic chemicals in it. Due to high set up cost of incineration plant, it is mainly introduced in line with waste to energy plants rather than separate installation. Also there is rising need for skilled professionals to efficiently manage continuous operation and maintenance of the incinerator equipment.