Regarding heat transfer oil furnaces
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What are the categories of heat transfer oil furnaces currently in use or produced in China? What are the advantages, disadvantages, as well as the main structure and performance of each category? It would be great if there were a website with a detailed systematic introduction to heat transfer oil furnaces! Acknowledgments! Email: senoh@126.com This post was last edited by senohxtsh on 2009-3-4 10:27 ]
An organic heat carrier furnace is the common name for a heat transfer oil furnace; it is also known as a heat transfer oil boiler, while its official name is heat oil furnace. It is a new type of thermal energy equipment that uses coal, oil, and gas as fuels, and heat transfer oil as a circulating medium for heating. It employs a high-temperature circulation pump to force the heat transfer oil to circulate in a closed loop, with the heat being delivered to the devices that require it before returning to the boiler to be reheated. Due to its advantages of high temperature (above 320°C) and low pressure (0.3–0.5 MPa), as well as the ability to precisely control the heating temperature, it can replace traditional steam boilers for heating purposes. At the same time, this device does not require water treatment equipment, and there are no heat losses such as leaks from steam boilers; as a result, its initial investment is low and operating costs are minimal. It is a safe, efficient, and energy-saving heating device. An organic heat carrier furnace refers to a new type of thermal energy conversion device whose heat transfer medium is high-temperature heat transfer oil (also known as a heat carrier). The capacity of the furnace is usually expressed in “MW” (megawatts); older units were also used, such as “10,000 kilowatts/hour” or “10,000 kcal/hour”, that is, “104 kcal/h”. Organic heat carrier boilers (also known as heat transfer oil boilers) are widely used due to their advantages of \"high temperature and low pressure\" as well as stable operation. Organic heat carrier furnaces are divided into liquid-phase and gas-phase types. Our company’s organic heat carrier furnaces operate in the liquid phase. Vapor-phase organic heat carrier furnaces can also be manufactured as pressure vessels.
Thank you to SEJNY for the introduction! But could you provide more specific details on the classification and categories, including their advantages and disadvantages, as well as their main structure and performance? ?