When mixed with the fuel occurs anaklarida speed increase of combustion that causes luminescence of the flame and heat transfer by radiation, which is an order of magnitude above the convective.
Anaklarid causes a rise in the core temperature of the torch, which activates a chain reaction of combustion. By increasing the flame temperature of 10 ° C, the rate of chemical reactions of burning is increased several times. This contributes to the intensification of the combustion process in the kinetic and kinetic difuzionno areas. As a result, fuel is burned in a short flare.
The pyrolysis anaklarida in high temperature zone allocated additional active centers (O, H and OH radicals) enters into the combustion reaction branched chain.
Reducing the specific consumption of equivalent fuel for electricity production of about 8 - 9 g ce / kWh at rated load and about 9 - 10 grams of coal equivalent kWh at the minimum load.
Attain a minimum load on the boiler amounted to 390 t / h (about 120 MW) without lighting the torch and trip ACE - protection to pick up the torch. The economic effect of the substitution of natural gas (2000 cubic meters / hr.) And charcoal from the expansion range of the unit.
inner surface boiler furnace
До применения анамегаторов
После применения анамегаторов
Reducing chemical. unburnt carbon in the mode section from 70ppm to 20 ppm at rated load. By reducing the electrical load to 110MVt, him.nedozhog not exceed 70ppm. Wherein:
Temperatures of steam and metal pipes do not exceed the allowable values.
Reducing energy consumption for its own needs.
Reduced resistance path flue gas and RVP as a result of cleaning the heating surfaces of the boiler. Raising the temperature of hot air for TVP stage 2 at 10-20 ° C.
The peak flame temperature in the furnace at the level rose 9.0 m up to 1780 - 1800 ° C Application anaklarida increases the relative intensity (power) of the radiation plume. After the cessation of supply to the boiler anaklarida 14.12.09. during the week the temperature of the flame is gradually decreased, the content of combustibles in the fly ash and the CO content of the regime and to the raised section 21.12.09. These parameters return to the values that were to anaklarida supply to the boiler.
1. In experiments using anaklarida observed gross increase boiler efficiency by 3.64 - 4.33% as compared to experiments without anaklarida that improves TIC boiler. 2. In experiments using anaklarida observed increase in the content of nitrogen oxides at 30-150 ppm, which is associated with an increase in temperature of the torch. 3. Application anaklarida allowed to withdraw completely from the fuel podsvetochnogo the entire load range, including the reduced load on the power unit of 110 MW.
With the growth of the thermal load of 43.3 tons. Of steam / hour to 44.1 t.para / h flow rate decreased from 3836 m³ / h up to 3805 m³ / h. Resulting in savings of only 5 days test 5530 cubic meters of natural gas.
Lowering the temperature of heating oil to 90 ° C to 61 ° C;
Application anamegirovanogo oil pollution has led to a decrease of boiler burners, resulting in increased time between cleaning the burners. Before applying Anaklarida burner cleaned every 8 hours, with anamegirovanym fuel oil combustion time increased to 72 hours, without impairing the burning process.