• What is a thermal fluid heater & hot oil system?
  • Thermal fluid heaters and hot oil systems are used in industrial applications for safe, consistent, and reliable indirect heating and cooling. In a closed-loop system, the thermal fluid circulates throughout the system, maintaining a steady heat supply.
  • Does a high-efficiency hot oil heating system need an operator on-site?
  • A high-efficiency hot oil heating system design typically does not need an operator on-site, even though it can reach much higher temperatures than water. The disadvantage is performance and cost across the different temperature ranges. Waste-fueled thermal fluid systems are an efficient and environmentally friendly way to generate heat.
  • Who makes hot oil heaters?
  • American Thermal¡¯s Hot Oil Heaters (Thermal Fluid Heaters) utilize cutting-edge simulation software with a nearly 50-year track record of trust in the refinery industry. Introduced in 1975, this simulation technology is based on API-560 standards and is globally recognized as the industry leader in fired heater design software.
  • Where can industrial thermal fluid heaters be used?
  • Industrial thermal fluid heaters from Enerquip can be utilized in a wide variety of applications and industries, some of which include: Some organizations in these industries still rely on steam boilers to meet their industrial heating needs.
  • What types of equipment can a hot oil heater design?
  • Beyond hot oil heaters, this versatile technology can design a wide range of equipment, including furnaces, boilers, waste heat economizers, high-temperature cracking furnaces, steam-methane reforming furnaces, and other intricate systems. The same American Thermal technology is trusted and employed by numerous renowned companies shown below:
  • What is a carbon steel thermal fluid heating system?
  • Each carbon steel, high-efficiency thermal fluid heating system includes a three-pass dual helical coil heat exchanger, custom-designed isolation valves, a pump, a strainer, a degasser, a burner, an expansion tank, a temperature blocking vessel, and safety controls.