Inline heaters, sometimes referred to as circulation heaters are often used to heat hazardous fluids and liquids. Specifically, they are used when the fluid being heated is part of a larger, on going process (not being stored). The workings of an inline heater aren’t as complex as they may seem at first instance. Simply put, inline heaters make sure that the electrical power transfers, as heat, into the target fluid.
Inline heaters have several key characteristics including:
There are many types of applications for inline heaters. The leading uses are to process substances such as steam, water, and waste oil and control their temperatures. Heaters help to regulate fluids and maintain their viscosity.
Maintaining fluid viscosity is an important aspect, especially because a liquid with a less than ideal viscosity will gradually slow down the overall processing time. To make sure such a delay does not occur, inline heaters serve to heat the liquid to maintain viscosity at an appropriate temperature. The most common industries that uses inline heaters are the oil and gas and power generation industries. This is because the cost of a delay in their processes can be enormous.
An inline heaters structure is slightly different from that of a normal heater due to the addition of several types of technologies. The heater consists of a metallic chamber with an anti-corrosion coating covering the immersion heater. The reason for such a casing is to avoid as much heat loss as possible in order to increase efficiency. In a competitive environment, heat loss will not only hurt the overall process, but it will also cause unnecessary operational expenses.
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