Let’s discuss whether temperature has a significant impact on the device
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The weather has been changing rapidly lately; sometimes it’s sunny and pleasant, while at other times there is heavy snowfall. As far as I know, when the temperature rises suddenly, the hydrogen-to-oil ratio increases significantly. What other effects does this have on the equipment?
Temperature can have an impact on the equipment; it affects the cooling temperature of various coolers, as well as the temperature of the materials, and it influences the operating pressure. In addition, low temperatures can cause some pipelines to become clogged~~~~
High temperatures can affect the temperature of the lubricating oil in the unit after cooling, thereby impacting the unit’s vibration. High temperatures can affect the storage duration of petroleum products, especially diesel, accelerating their discoloration
Temperature has a significant impact on the equipment, especially from May to June each year, as well as in November when temperature fluctuations are severe. These periods are prone to problems, with a higher incidence of accidents; at such times, we issue summer production plans, winter production plans, and emergency response plans for accidents.
Temperature does have a significant impact on the equipment; here’s an example for reference: We had a non-hydrogen-related facility that stopped operating in May, and the liquefied gas feed line was not emptied. The pressure in that line was 1 MP at the time of shutdown, but it rose to 2 MP by June, almost leading to an accident! ! !
The impact is significant; it affects the performance of certain heat exchangers, especially those using air cooling. In addition, it also influences the temperature of the water entering the circulating water system, which ultimately affects the heat exchange temperature of this device. Furthermore, in units such as catalytic cracking plants, temperature has a significant impact on the air volume at the outlet of the main fan, requiring frequent adjustments whenever the temperature changes every morning.
Several aspects where temperature affects production: 1. The design parameters are established based on normal temperature conditions. . . 2. The difference in temperatures between winter and summer will result in varying amounts of circulating water being used. . . 3. High temperatures can cause the equipment to experience leaks and other types of failures. . . . :lol
Temperature has a significant impact on catalytic cracking units; the temperature regulated by the air-cooling fans changes noticeably due to fluctuations in temperature, which in turn causes pressure variations. For any such unit, lower temperatures increase the likelihood of instrument failures
Pipelines are prone to clogging at low temperatures, while the water consumption of each water cooler increases at high temperatures.
It has a significant impact, primarily on the temperature of various media after cooling; since air temperature can affect the temperature of the circulating water, the equipment used for this purpose adjusts the flow rate of various materials or the degree to which the circulating water is circulated, depending on the air temperature !
It also has an impact on the reaction unit: as the temperature rises, the reaction pressure increases as well, and the preheating temperature of the feed oil changes accordingly. There is also the heat exchange efficiency of each heat exchanger; higher temperatures have a certain impact on the vibration levels in the unit on that side