[Soda Ash Knowledge] Question of the Day (103) January 14, 2010
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Please hide replies; otherwise, no scoring will be given in principle. Edited posts will not be scored. Specific hiding method: http://bbs.hcbbs.com/viewthread.php?tid=492556&highlight=%D2%FE%B2%D8 This month’s question is taken from page 13 of “Question Bank for Technical Workers’ On-the-Job Training – Operators in Soda Ash Production”. Download the e-book version here: http://bbs.hcbbs.com/thread-13140-1-2.html Short-answer questions: 1. Briefly describe the reasons for purifying and cooling kiln gas
The kiln gas exiting the kiln normally contains a large amount of dust, with a temperature ranging from 80 to 150 degrees Celsius. If it is fed directly into a reciprocating compressor without any treatment, it can easily clog the intake valve, cause wear on the cylinders, and adversely affect the operation of the compressor. Therefore, the kiln gas must first pass through a scrubber tower to remove dust and reduce its temperature.
The kiln gas exiting the kiln normally contains a large amount of dust, with a temperature ranging from 85 to 150 degrees Celsius. If it is fed directly into a reciprocating compressor without any treatment, it can easily clog the intake valve and cause wear on the cylinders; this is detrimental to the proper operation of the compressor. Therefore, the kiln gas must first pass through a scrubber tower to remove dust and reduce its temperature.
Answer: The kiln gas exiting the kiln normally contains a large amount of dust, with a temperature ranging from 80 to 150 degrees Celsius. If it is fed directly into a reciprocating compressor without any treatment, it can easily clog the intake valve, cause wear on the cylinders, and adversely affect the operation of the compressor. Therefore, the kiln gas must first pass through a scrubber tower to remove dust and reduce its temperature.
The kiln gas exiting the kiln normally contains a large amount of dust, with a temperature ranging from 80 to 100°C. If it is fed directly into a reciprocating compressor without any treatment, it can easily clog the intake valve, cause cylinder wear, and adversely affect the compressor’s operation. Therefore, the kiln gas must be passed through a scrubber tower to remove dust and reduce its temperature.
The kiln gas exiting the kiln normally contains a large amount of dust, with a temperature ranging from 80 to 150 degrees Celsius. If it is fed directly into a reciprocating compressor without any treatment, it can easily clog the intake valve, cause cylinder wear, and hinder the compression process. Therefore, it must be passed through a scrubber to remove dust and reduce its temperature.
The kiln gas exiting the kiln normally contains a large amount of dust, with a temperature ranging from 80 to 150°C. If this gas is directly fed into reciprocating compressors without any treatment, it can easily clog the intake valves, leading to cylinder wear and adversely affecting the compressor’s operation. Therefore, the kiln gas must first pass through a scrubber tower to remove dust and reduce its temperature
The kiln gas exiting the kiln normally contains a large amount of dust, with a temperature ranging from 80 to 150°C. If it is fed directly into reciprocating compressors without any treatment, it can easily clog the intake valves, cause cylinder wear, and adversely affect the compressor’s operation. Therefore, the kiln gas must first pass through a scrubber tower to remove dust and reduce its temperature.
The kiln gas exiting the kiln normally contains a large amount of dust, with a temperature ranging from 80 to 150°C. If it is fed directly into reciprocating compressors without any treatment, it can easily clog the intake valves, cause cylinder wear, and adversely affect the operation of the compressors. Therefore, the kiln gas must first pass through a scrubber tower to remove dust and reduce its temperature.
The kiln gas exiting the kiln normally contains a large amount of dust, with a temperature ranging from 80 to 150 degrees Celsius. If it is sent directly to the compressor without any treatment, it can easily clog the intake valve, cause wear on the cylinders, and adversely affect the operation of the compressor. Therefore, the kiln gas must first pass through a scrubber tower to remove dust and reduce its temperature.
Answer: The kiln gas exiting the kiln normally contains a large amount of dust, with a temperature ranging from 80 to 150 degrees Celsius. If it is fed directly into a reciprocating compressor without any treatment, it can easily clog the intake valve, cause wear on the cylinders, and adversely affect the operation of the compressor. Therefore, the kiln gas must first pass through a scrubber tower to remove dust and reduce its temperature.