【Daily Question 2019】Hydrogen production and hydrogenation section – Question No. 011
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【Daily Question 2019】Hydrogen production and hydrogenation section – Question No. 011: Explain why the temperature rises when there is a leak in the intake valve of a reciprocating cycle hydrogen compressor When the intake valve leaks, the compressed gas flows back through the leak in the intake valve and returns to the inlet channel. Since this compressed gas is not cooled, over and over again, this causes the temperature to rise. (Unless otherwise specified, all questions and answers are based on hydrogenation units.) ) Correct: 3 wealth, Incorrect: 1 wealth ； Mass posting of posts – rated based on the lowest score ； Replies that are unrelated to the answer are considered spam and will be deleted immediately. For management purposes, if you need to view content from a few days ago, please go to https://bbs.hcbbs.com/home.php?mod=space&uid=3862647&do=thread&view=me&from=space through the summary post below
If the intake valve leaks, the compressed gas will flow back from the intake valve to the inlet. As a result, the uncooled gas gets compressed repeatedly, gradually increasing in temperature
When the intake valve leaks, the compressed gas flows back through the leak in the intake valve and returns to the inlet channel. Since this compressed gas is not cooled, over and over again, this causes the temperature to rise.
When the intake valve leaks, the compressed gas flows back through the leak in the intake valve and returns to the inlet channel. Since this compressed gas is not cooled, over and over again, this causes the temperature to rise.
The intake valve is leaking; when the cylinder completes compression and exhaust, some of the compressed air leaks into the intake valve. Due to the high temperature of the compressed gas, the temperature of the gas flowing into the suction valve also rises.
When the intake valve leaks, the compressed gas flows back through the leak in the intake valve and returns to the inlet channel. Because this compressed gas is not cooled
Gas temperature rises after compression; when there is a leak in the gas valve, the gas flows back to the inlet, carrying its temperature with it and thus raising the temperature as well
When the intake valve leaks, the compressed gas flows back through the leak in the intake valve and returns to the inlet channel. Since this compressed gas is not cooled, over and over again, this causes the temperature to rise.
The reasons are probably as follows: 1. High temperature inside the system; 2. Faulty intake valve; 3. Faulty exhaust valve; 4. Inadequate performance of the inter-stage water cooler; 5. Low opening degree of the circuit valve; 6. Blockage in the coolant flow within the cylinder block
Since this compressed gas is not cooled, over and over again, this causes the temperature to rise.
When the intake valve leaks, the compressed gas flows back through the leak in the intake valve and returns to the inlet channel.