The Effect Analysis of Brown Gas Catalytic Combustion 2

3, Excess air ratio
   In order to ensure complete combustion burner, there must be adequate makeup air volume, which uses a large excess air coefficient; but increasing excess air ratio, will increase the amount of flue gas after combustion and heat losses, the impact of combustion efficiency. hydrogen generator Practical engineering applications, under conditions to ensure the complete combustion, as a lower excess air ratio, the general control of 1.2 to 1.3.

  Different conditions, under similar conditions in combustion emissions and compliance, Brown composite fuel gas burner excess air coefficient = 1.01 (Table 2), has been better than the optimal level of fuel gas burner, very close to the ideal of excess air coefficient value = 1. Minimum excess air ratio greatly reducing excess air heating furnace heat loss, and a substantial reduction of flue gas emissions. oxy hydrogen generator Brown critical condition open air, to be stable combustion, emissions compliance, oxygen levels ranging from 3% to 5% down from 0.2 to 0.4, from the reflection coefficient stable under low excess air combustion.

4, Fuel economy
   In the current international oil prices high stage living under high fuel prices, the use of technology to improve Brown combustion burners, incinerators, energy efficiency is a very effective energy-saving mode. In the MT-15-2-type control gas type pyrolysis furnace burning application on the experimental verification of the Brown burner energy savings. Normal conditions, the secondary combustion chamber using Olympia50kg burner combustion, only A or B single furnace combustion emissions in order to ensure compliance. oxyhydrogen generator Brown uses the same fuel burner, ensuring emissions compliance condition can be A, B two-burner stove processed simultaneously (A, B furnace ignition timing difference of about 1h). Two-chamber incinerator fuel consumption reduced by half and double the efficiency of work, significant economic benefits.

  Therefore, the scope of Brown Gas catalytic combustion: a variety of industrial boilers, furnaces (with oil, gas, coal and other fuels), industrial incinerators.

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