Providing Advanced Thermal Solutions to heavy industry & emerging markets
Devco Process Heaters:
DPH HELIFLO Heater
- Fired heater with duties ranging from 0.25 to 100 MMBTU/Hr
- Compatible with gas, liquids, air and multi-phase fluids.
- Gas an liquid fuel capable (distillate to #6 oil)
- Base thermal efficiency of 83% (expandable to 90% with economizer) while compatible with ultra and low NOx burners
DPH ELITE-HE HEATER
Hot oil / heat medium fired heater designed utilizing API 530 & 560 guidelines, 1-70 MMBTU/hr absorbed duties, with 85 - 90% thermal efficiency while compatible with ultra and low NOx burners.
DPH INDIRECT BATH HEATER
An intermediate bath media (e.g. water, eutectic salt, hot oil) is employed to immerse and separate the process coil from the firebox or electric heating element. The process coil can be designed for whatever design pressure/temperature and metallurgy is required. Firetube options available up to 25 MMBTU/hr absorbed duty, Electric options also available with variable absorbed duties depending on site power availability.
DPH CIRCULATION SKID
The DPH Circulation Skids are built ready to install and can be designed to fit any HMO or Fluid application, including inline filtration options. DPH Circulation Skids can come with 1x100%, 2x50%, 3x50% pumps, depending on Client requirements and needs. Customer can specify pump, valves manufacturer as well as expansion tank options, including elevated options or blanket gas dynamic head as requested.
Heat medium skids for closed loop cooling systems are also available which can be paired with other indirect heat transfer technology as well!
DPH THERMAL OXIDIZER
The answer to your vapor emission problems (e.g. BTEX, VOC"s, THC's) is here. The DPH Thermal Oxidizer single step approach with no required ancillary equipment (e.g. pumps, separators, or heat exchangers) is your solution. The result is a single safe environmentally friendly vapor effluent. No undesirable hazardous liquid or vapor by-products to dispose. A superior option to a "Flare" system due to its controlled oxidization chamber with: temperature controller, forced draft burner system, and it ensures oxidation is 33.0+% It has NO starfield effluent flow, and the effluent is thoroughly mixed with the burner combustion products to provide a homogenous mixture.