Sulfur Daily Question 2018.12.26
Thread Content
What impact do hydrocarbons in acidic gas have on the equipment? Answer: This device is designed for hydrocarbon content in acidic gas of less than 3% (V); if the hydrocarbon content in the acidic gas increases. It causes carbon black to be generated in the reactor due to incomplete combustion of hydrocarbons, which darkens the color of liquid sulfur and leads to carbon deposition in the catalyst bed, severely affecting the product quality and normal operation of the plant. If the hydrocarbon content in the acidic gas is too low, it is also detrimental to the equipment; it lowers the temperature in the reactor chamber, resulting in incomplete combustion of ammonia. Therefore, a small amount of fuel gas is intentionally added to the reactor to maintain its temperature.
The device is designed for hydrocarbon contents in acidic gas of less than 3% (V); if the hydrocarbon content in acidic gas increases. It causes carbon black to be generated in the reactor due to incomplete combustion of hydrocarbons, which darkens the color of liquid sulfur and leads to carbon deposition in the catalyst bed, severely affecting the product quality of the plant.
This device is designed for hydrocarbon contents in acidic gas of less than 3% (V); if the hydrocarbon content in acidic gas increases. It causes carbon black to be generated in the reactor due to incomplete combustion of hydrocarbons, which darkens the color of liquid sulfur and leads to carbon deposition in the catalyst bed, severely affecting the product quality and normal operation of the facility. If the hydrocarbon content in the acidic gas is too low, it is also detrimental to the plant; it causes the temperature in the reactor furnace to drop, resulting in incomplete combustion of ammonia. Therefore, a small amount of combustion gas is added to the reactor to maintain its temperature.
The device is designed for hydrocarbon contents in acidic gas of less than 3% (V); if the hydrocarbon content in acidic gas increases. It causes carbon black to be generated in the reactor due to incomplete combustion of hydrocarbons, which darkens the color of liquid sulfur and leads to carbon deposition in the catalyst bed, severely affecting the product quality of the plant.
The device is designed for hydrocarbon contents in acidic gas of less than 3% (V); if the hydrocarbon content in acidic gas increases. It causes carbon black to be generated in the reaction reactor due to incomplete combustion of hydrocarbons, which darkens the color of liquid sulfur and leads to carbon buildup in the catalyst bed, severely affecting the quality of the products produced by the facility
The device is designed for hydrocarbon contents in acidic gas of less than 3% (V); if the hydrocarbon content in acidic gas increases. It causes carbon black to be generated in the reactor due to incomplete combustion of hydrocarbons, which darkens the color of liquid sulfur and leads to carbon deposition in the catalyst bed, severely affecting the product quality of the plant.
1. The air distribution was not adjusted in a timely manner, resulting in incomplete combustion of hydrocarbons and carbon formation; this led to the formation of black sulfur, which affected product quality. 2. Black sulfur has poor fluidity, and it tends to remain or deposit in the reactor bed at low temperatures, causing an increase in system pressure or even blockages. 3. Carbon deposition in the reactor bed leads to catalyst deactivation
The device is designed for hydrocarbon contents in acidic gas of less than 3% (V); if the hydrocarbon content in acidic gas increases. It causes carbon black to be generated in the reactor due to incomplete combustion of hydrocarbons, which darkens the color of liquid sulfur and leads to carbon deposition in the catalyst bed, severely affecting the product quality of the plant.
This device is designed for hydrocarbon contents in acidic gas of less than 3% (V); if the hydrocarbon content in acidic gas increases. It causes carbon black to be generated in the reactor due to incomplete combustion of hydrocarbons, which darkens the color of liquid sulfur and leads to carbon deposition in the catalyst bed, severely affecting the product quality and normal operation of the facility. If the hydrocarbon content in the acidic gas is too low, it is also detrimental to the plant; it causes the temperature in the reactor furnace to drop, resulting in incomplete combustion of ammonia. Therefore, a small amount of combustion gas is added to the reactor to maintain its temperature.
This device is designed for hydrocarbon contents in acidic gas of less than 3% (V); if the hydrocarbon content in acidic gas increases. It causes carbon black to be generated in the reactor due to incomplete combustion of hydrocarbons, which darkens the color of liquid sulfur and leads to carbon deposition in the catalyst bed, severely affecting the product quality and normal operation of the facility. If the hydrocarbon content in the acidic gas is too low, it is also detrimental to the plant; it causes the temperature in the reactor furnace to drop, resulting in incomplete combustion of ammonia. Therefore, a small amount of combustion gas is added to the reactor to maintain its temperature.
This device is designed for hydrocarbon contents in acidic gas of less than 3% (V); if the hydrocarbon content in acidic gas increases. It causes carbon black to be generated in the reactor due to incomplete combustion of hydrocarbons, which darkens the color of liquid sulfur and leads to carbon deposition in the catalyst bed, severely affecting the product quality and normal operation of the facility. If the hydrocarbon content in the acidic gas is too low, it is also detrimental to the plant; it causes the temperature in the reactor furnace to drop, resulting in incomplete combustion of ammonia. Therefore, a small amount of combustion gas is added to the reactor to maintain its temperature.