Process Heaters

Fired heaters that heat a high-pressure process coil immersed in a heated bath medium so the process fluid never contacts the flame, commonly used to warm wellstream gas and prevent hydrate formation across chokes and regulators.

A line-heater variant using a water or water-glycol bath as the intermediate medium, supplied as field-ready packages for natural gas pressure-reduction and dew-point control stations.

Fired heaters that circulate a high-temperature heat-transfer oil through a closed loop to deliver indirect process heat to multiple users without the pressure of a steam system.

Fired heaters in which combustion gases transfer heat directly to tube coils carrying the process fluid, used for feedstock preheating, fractionation reboil, and high-duty refinery and petrochemical service per API 560.

Flameless units that heat process fluids or gas streams with resistance elements, suited to remote, hazardous-area, or zero-onsite-emission applications such as fuel gas conditioning and small line-heating duties.

The combustion devices fired in process heaters, including gas, oil, and combination burners, with low-emission variants such as ultra-low NOx and hydrogen-ready designs for compliance and fuel flexibility.

Heat-recovery exchangers that capture flue-gas energy to preheat incoming combustion air, raising fired-heater thermal efficiency and lowering fuel consumption.

Heaters that warm fuel gas to ensure proper combustion and prevent condensation, or that add sensible heat above saturation to a vapor stream for downstream process requirements.