How is heating provided for the cobalt-molybdenum hydrogenation reactor and the desulfurization tank?
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During production, what is used to raise the temperature in the cobalt-molybdenum hydrogenation reactor and the desulfurization tank?
During production, what is used to raise the temperature in the cobalt-molybdenum hydrogenation reactor and the desulfurization tank? What is the control temperature at the reactor inlet? How to control it? What is the desired temperature control for the reactor itself? How to control it?
Cobalt-molybdenum hydrogenation reactors and desulfurization tanks are generally heated using electric heating or steam heating. The specific method to choose depends on factors such as process requirements, equipment design, and operating conditions. .
In general, the temperature of hydrogenation reactors is increased by preheating the flue gas at the convective section of the converter or using steam for heating. The inlet temperature is typically maintained between 330°C and 340°C; steam heating relies on steam valves to control the inlet temperature, while preheating the flue gas in the convective section of the converter is accomplished using bypass manual valves to regulate the reactor’s inlet temperature.