One question per day; those who answer correctly receive 6 wealth points, while participants receive 2 wealth points； Question 474
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Multiple-choice question: In the calcium carbide process for acetylene production, the reason why the water ring compressor is placed after the water scrubber (cooling tower) is ( ). A. To reduce scaling in the compression chamber caused by mud in the acetylene gas flowing into the chamber. B. To lower the temperature of the acetylene gas entering the water ring compressor, thereby preventing the compressor from not being able to operate at full capacity. C. To ensure the compressor can deliver acetylene gas effectively. D. To reduce the resistance at the outlet of the water ring compressor. Answer: ABCD
In the calcium carbide method acetylene generation system, the water ring compressor is placed after the water scrubber (cooling tower) for the following reasons (A B C D): A. To reduce scaling in the compression chamber caused by mud in the acetylene gas flowing into the chamber; B. To lower the temperature of the acetylene gas entering the water ring compressor, thereby preventing the compressor from failing to meet its performance requirements; C. To ensure the compressor’s ability to deliver acetylene gas; D. To reduce the resistance at the outlet of the water ring compressor
In the calcium carbide method acetylene generation system, the water ring compressor is placed after the water scrubber (cooling tower) for the following reasons (A B C D): A. To reduce scaling in the compression chamber caused by mud in the acetylene gas flowing into the chamber; B. To lower the temperature of the acetylene gas entering the water ring compressor, thereby preventing the compressor from failing to meet its performance requirements; C. To ensure the compressor’s ability to deliver acetylene gas; D. To reduce the resistance at the outlet of the water ring compressor