Analysis of the client's problems

Questions/Answers

• What is the fuel consumption during thermal neutralization? 1

  Answer

   

  Influencing factors on the amount of fuel for waste incineration           

             The process of thermal neutralization and disposal of waste is carried out with constant or temporal use of fuel. Waste incineration is also possible without the use of fuel under conditions of constant continuous supply of waste to the main chamber. In this paper we’re going to find out what factors effect on fuel consumption and the functional mode of burners.

             The first factor is what type of fuel will be used. There are several types of fuel used for waste incineration: diesel, gas, waste oils, fuel oil, etc. The calorific value of one type of fuel will be different from another. For instance, natural gas is more calorific compared to diesel, which means that gas consumption will be less than diesel consumption.

             The second factor affecting the amount of fuel consumption is the calorific value of the waste. The higher the calorific value of the waste, the less fuel will be required for combustion (high-calorific waste is capable of sustaining self-combustion). To minimize or reduce to zero the consumption of fuel required for evaporation of water in the waste, heating to set temperatures and the cost of heat loss, possibly by the heat released by the waste. For example, the calorific value of contaminated plastic is more than 6000 kcal/kg, the calorific value of food waste is about 800 kcal/kg. So, unlike food waste, plastic can be burned without using fuel.

             The third factor is the amount of air supplied to the main and secondary chambers. If the air is supplied without preheating, i.e., taken directly from the environment, that requires a significant amount of heat to heat it up to the preset temperatures. Consequently, the more air oxygen is required to burn the waste, the greater the fuel consumption for heating it. The more organic compounds in the composition of the waste, the more amount of air for waste incineration will be required. For example, the burning of 1 kg of contaminated plastic requires stoichiometrically about 9 kg of air, the burning of 1 kg of food waste requires about 2 kg of air. However, plastic is more calorific and the heat released during its combustion is sufficient to compensate the temperature loss.

           The fourth factor is the size of equipment for thermal treatment and disposal of waste. The larger the unit, the more fuel will be needed to heat up the main and secondary chambers. For instance, there will be 4 kg/h of fuel consumption because of heat losses on the pressure vessel walls of the HURIKAN 150 incinerator, and 15 kg/h for the HURIKAN 1000 incinerator. At the same time, when the incinerator enters the operating mode, i.e., full heating and maintaining of a constant continuous supply of waste to the main chamber, the effect of size of equipment on the amount of fuel consumption is reduced due to different productivity: the more waste is burned per unit of time, the more heat is released, therefore, a more productive plant generates more heat.

           Thus, the amount of fuel consumption for waste incineration is variable, and depends on a number of factors. The fuel consumption can also be minimized or reduced to zero.
• What is the difference between Hurikan and Volkan installations? 2

  Answer

   

  Eco-Spectrum produces three models of incinerators, which are divided into chambered incinerators of Volkan series, chambered incinerators of Hurikan series and rotary incinerators of Hurikan series. The fundamental difference between chamber incinerators and Hurikan is the productivity and volume of incinerated waste. Volkan series differ in loading volume, while the performance does not change (from 45 to 75 kg per hour), and the index in the name of the incinerators (150, 200, 750 ...) indicates the volume of a single load. Hurikan series are characterized by high performance, achieved due to the presence of grates and the volume of the afterburning chamber of gases. The grate system developed by our company allows to increase the area of combustion of waste, thereby achieving high productivity. Combustion system is designed in our company. The index of incinerators of Hurikan series indicates the performance of the incinerator (70, 150, 300 ...).

  Rotary Hurikan series are a rotating lined drum that allows the disposal of liquid waste, such as oil sludge, waste oils, etc., in addition to solid waste. Due to rotation, the waste is mixed, thanks to which a certain productivity is achieved on certain types of waste, which a chamber furnace cannot provide.
  

  Catalog
• Is the use of incinerators environmentally safe? 3

  Answer

   

  The technology of waste and waste gases neutralization after waste neutralization has been approved by a positive conclusion of the state expertise of the federal agency of Rosprirodnadzor. Eco-Spectrum regularly analyzes the ash obtained after waste disposal, as well as testing of equipment for emissions at customers' operating sites is carried out on an ongoing basis.

  Incinerator installations designed by our company meet all international standards of environmental and sanitary safety. Environmentally friendly emissions are provided by correctly calculated gas afterburning chambers and gas filtration systems. Thermal neutralization of exhaust gases in the afterburning chamber of gases occurs at temperatures exceeding 1100 degrees, which meets all international standards and ensures effective burning of dioxins and furans.

  Environmental policy