transportable Incinerator Articles
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Invaded by Japanese Knotweed - Case Study
Wolverhampton, UK Japanese Knotweed has been described by the Environment Agency as “indisputably the UK’s most aggressive, disruptive and invasive plant”. Client Overview Carillion is a leading British facilities management and construction services company. Their slogan is “making tomorrow a better place” which they plan to achieve through making a positive ...
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Three reasons why containerised incinerators are key for your business
Sealed, secure and weather-resistant, containerised incinerators have a wide range of benefits and advantages for businesses looking for quick deployment and the rapid installation of a waste solution. With the safety of being locked up when you are not around to being able to be used as secondary storage locker when the incinerator isn't in use and then knowing all your equipment is protected ...
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Incinerators, Farms and Bio-Security
Incinerators can play an important role in agricultural bio security where the destruction of contaminated waste at source is a crucial part of the containment process. Standard bio security measures for farms include the careful cleaning and disinfecting of premises and vehicles, but in the case of an outbreak of disease these measures alone may not be enough. Livestock movements may be ...
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Game Waste Management – Why Incineration Is The Answer
Each year the game shooting season sees thousands of animals shot. Those taking part make their best efforts to incur clean bullet wounds, so that carcasses can be processed for human consumption or be sold. Despite this, it is inevitable that some animals will be unfit for either of these purposes. When this occurs, gamekeepers have a legal obligation to dispose of the animal remains ...
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Incinerator location conflict: How opponents try not to be the losers of the public decision making?
The lack of monetary compensation and the difficulty for residents to exit close to an incinerator lead them to protest the construction of waste facilities. Opponents try to change undesirable locations to maintain their welfare. With a cost-benefit analysis, our incinerator location model attempts to measure both transportation and externality costs in comparable units. Two extreme behaviours ...
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Solutions for sludge and biomass drying
Sludge is mostly water with some amounts of solid material removed from liquid sewage. Primary sludge includes settleable solids removed during primary treatment in primary clarifiers. Secondary sludge is sludge separated in secondary clarifiers that are used in secondary treatment bioreactors or processes using inorganic oxidizing agents. In intensive sewage treatment processes, the sludge ...
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Trailer Mounted Incinerators – What are my options?
Unlike large containerised and on-skid alternatives, trailer mounted incinerators are packaged as a more compact incineration option but don’t compromise on power or effectiveness. Just like other mobile burners, trailer mounted incinerators conduct a second burn of waste, drawing extra air into their main chamber to guarantee efficient disposal of products being destroyed. Some of the ...
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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 Flexus round baling ...
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Advantages of Waste Incineration
Waste incineration is a treatment process that involves the combustion of organic substances contained in waste materials by means of high temperatures. Waste Incineration technology can be installed in several sectors to treat hazardous waste, refining residues, chemical waste, pharmaceutical waste, hospital & medical waste, waste water plant sludge, NORM (natural radioactive) waste, etc. ...
By TECAM
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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 ...
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