The superheated steam temperature in the atmospheric pressure furnace is high
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I would like to ask the experts: If the superheated steam temperature in a atmospheric-pressure furnace is high, how can this excess steam be utilized?
A thorough analysis and evaluation are carried out; based on factors such as pressure, gas volume, and temperature, it can be used for heat tracing, heating, and steam waste heat power generation, thereby reducing operating costs.
Don’t your units have temperature and pressure reducers? If such a situation exists, it generally does not occur. And even if it does arise, as long as it does not exceed the limits that the equipment can handle, it can be diluted by integrating it into the corresponding steam network!
Is it that high? The indicator gauge is fine, right? We’re only at around 380
The convection chamber can’t reach this temperature either; it’s probably a problem with the instruments
The heating furnace has a high load; if the steam generated by this unit cannot be utilized, it can be sent to external locations. The vacuum system can be modified to use superheated steam
1. A high steam temperature can be achieved by increasing the flow rate or reducing the steam inlet temperature; wet saturated steam is preferable. 2. A balance in steam volume is necessary to meet the demand. 3. To increase the steam demand, corresponding hardware is required, such as process systems, cooling facilities, and heat exchange equipment. 4. If the steam temperature in question reaches 570°C, it is important to pay attention to the material of the furnace tubes; if they are made of CrMo alloy steel, that’s acceptable； If it is carbon steel, it poses a safety risk; take action as soon as possible.
High temperatures of superheated steam are easy to deal with; it’s the low temperatures that present difficulties. What was said on the 10th floor is great; it can be used as a reference. .