Sentence examples for flue temperature from inspiring English sources

To raise the flue temperature, open the damper.

To lower the flue temperature, close the damper.

If your flue temperature is frequently below 415F (due to wood condition or because the damper is frequently closed), you will need to clean your chimney much more frequently to reduce your risk of chimney fires.

Flame stability limits, pressure drops, flame temperatures, flue gas temperatures, and pollutants emissions of both catalytic and inert burners with different pellet diameters were investigated.

Therefore, accurate concentration monitoring of ammonia slip at the outlet of SCR reactor and designing reasonable drop in flue gas temperature for low-temperature economizer, should be highly valued for coal-fired power plants with ultra-low pollutant emission.

(2) Higher flue gas temperature or lean MEA temperature will not be detrimental to the reactive separation as such cooling duty for flue gas can be saved.

It is found that optimal operating conditions are 30 bar, 30.42 °C, −24.64 °C, and −55 °C for multi-stage CO2 compressor discharge pressure, flue gas temperature after compression, first flash separator temperature, and second flash separator temperature, respectively.

The results obtained from numerical modeling and experimental investigation show that such an insulation device can greatly improve the distribution of the flue gas temperature and can maintain the temperature effectively constant near the burner for a wider range of boiler load if the heat-insulation area of the MHID is sufficiently large.

Flame temperatures and flue gas temperatures were significantly reduced for catalytic burners compared with inert burners, as were pollutants emissions for unburned hydrocarbon (HC), carbon monoxide (CO), and nitrogen oxides (NOX).

The following influencing parameter variations have been performed during the test campaigns: flue gas temperature between 650 and 880°C, steel temperature between 450 and 550°C and flue gas velocity between 2 and 8 m/s.

It is found that ash accumulation is strongly influenced by the flue gas temperature in comparison with the Engineering Acid Dew Temperature (EADT).