Like many of the process industries, thermal processing is a critical necessity to the oil-and-gas industry. Applications range from simple line heaters being fed from a single well to safety instrumented systems at a large-scale refinery. Regardless of the application, the thermal process is measured based on how safe, environmentally friendly and efficient it is.
Blue M industrial ovens have temperature ranges of 27°F (15°C) above ambient to 662°F (350°C). They are designed with semi-perforated walls that allow for tuning of the oven airflow to maximize heating rates and uniformity.
As a design engineer responsible for developing and specifying boilers, dryers, furnaces, heaters, ovens and other industrial heating equipment, you face a daunting labyrinth of standards and industry regulations.
The walk-in oven has 4” thick insulated walls and an aluminized steel interior and exterior. A four-port vacuum manifold, with pressure gauge and hand valve on each port, is included on the oven, as is a solenoid valve to bleed air into the manifold and a resin trap leading to the vacuum pump.
Boilers and heat exchangers are integral parts of many industrial plants. Often, when people think of protecting these components from corrosion, their minds fast-forward to corrosion issues that occur after the equipment is installed.
When the 2011 edition of the industrial ovens safety standard NFPA 86 was released, for the first time, safety programmable logic controllers (PLCs) were recognized as logic devices suitable for the safe operation of industrial heating equipment. The safety PLC could now perform the control logic, but it still could not directly control the combustion safeguard systems.
Most modern thermal fluid heaters at industrial plants are reliable, so unexplained heater shutdowns do not happen often. As a result, many plant operators do not know how to fix a shutdown problem — they have never encountered one in the past. But, eventually one does occur, and it is usually at the most inopportune time. This means the operator is under pressure to get the heater back in operation.
It is essential that heat transfer systems for chemical processes are designed to maximize efficiency. Because the heat transfer step in many chemical processes is energy intensive, a failure to focus on efficiency can drive up costs unnecessarily.
The transfer of heat from one fluid to another is an essential component of all chemical processes. Whether it is to cool down a chemical after it has been formed during an exothermic reaction, or to heat components before starting a reaction to make a final product, the thermal processing operation is core to the chemical process.
In the ever-evolving consumer economy, new technology is regularly transforming communication between buyers, sellers and manufacturers. In the consumer marketplace, buyers have unprecedented access to nearly any product imaginable.
Check out the November 2019 edition of Process Heating: Installing heat tracing, IIoT, boilers, reducing cross contamination in pharmaceutical applications, optimizing your steam-injection heating application and much more!