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HomeIncineratorsLiquid Injection Incinerators

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Buyer's Guide - Incinerators

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Liquid Injection Incinerators


Liquid Injection Incinerators are highly popular systems used to convert the hazardous waste materials to safe compounds, imparting proper disposal of both hazardous and non-hazardous wastes. These wastes are easily disposed by implementing several processes i.e drying, solidification, vitrification and then concentration. To allow for easy combustion, these system utilize high pressure to prepare liquid wastes for incineration by breaking them up into tiny droplets. In incineration process, waste is pumped and sprayed into the combustion chamber. Highly sensitive to waste composition and flow changes, these incinerators are single chamber units consisted with waste burners. Also regarded as versatile thermal units, they are highly used to dispose pumpable organic liquid wastes.

Features
Available in both horizontal and vertical configurations, liquid injection incinerators can completely combust noncombustibles like contaminated water, along with organic combustible material. The wastes produced from incinerators are atomized into small droplets to allow for the greatest possible mixing with air. Easy to install and operate, they are comprised with flow meter, combustion chamber, powerful burner nozzle etc. used for the atomization of aqueous and non aqueous wastes.

Principle
Through waste burner nozzle, liquid wastes are fed into the combustion chamber where waste is atomized and mixed with the air. After mixing, mixture is ignited and ignition burned in the combustion chamber. The operating temperature of the combustion chamber varies from 1,300°F to 3,000°F. Sometimes, when the energy content is not adequate to maintain the ignition and incineration temperature, natural gas or fuel oil is pumped into the combustion chamber from a storage tank to improve the ignition potential of the waste mix. This system is available with a fan which is essential and necessary required for combustion.

Remember
Impaction or Impingement of flames on the wall of the combustion chamber should not be allowed as it can lead to corrosion of the refractory material and loss of heat. Due to this location of the burner should be an important design criterion. Sometimes oxygenenhanced burners can also be used by liquid injection incinerators

Applications
Liquid Injection Incinerators are highly used in varied applications such as:
  • To destroy and burn hazardous wastes.
  • To damage sludge, slurry, vapor and combustible liquids.
  • To dispose several aqueous and non aqueous wastes that can be atomized.
  • It consist of powerful burner nozzle that is used for atomization of aqueous and non aqueous wastes.
  • High temperature is generated by these incinerators, widely applied for an effective treatment for wastes containing chlorinated hydrocarbons and sulfur compounds.


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