Kineflux Convective Heaters « back
Our Kineflux heater provides a safe, predictable convective heat transfer environment for your sensitive process fluids. In conventional radiant type heaters the heat is transferred unevenly, creating hot spots which can lead to undesirable thermodegradation and/or scaling of the process fluids. The Kineflux heater utilizes a special high energy burner, with two features that make it unique. First, the combustion process is designed to eliminate direct radiant heat exposure to the process coil. Secondly, the combustion products exit the burner at a very high velocity and naturally induce flue gas re-circulation throughout the entire heat exchange region. The net result is a quenched maximum flue gas temperature of 1600°F to the process coil.
Safety
Automated safety controls are factory assembled and tested to insure proper operation in the field. The burner is sealed eliminating the possibility of flash back. Combustion is complete inside the burner. The controlled flame extension inside the heater and flue gas re-circulation eliminates the possibility of flame impingement. Further, it eliminates undesirable thermo degradation or scaling of the process fluid.
Fiber Insulation
- Light weight insulation reduces the shipping and loading weight
- Resists mechanical and thermal shock
- Unit can be quickly brought to high fire eliminating the need for a warm-up period
- Faster start-up and cool down period
Multi-Fuel Capability
- Gaseous fuel
- Low BTU fuel
- Distilate fuel
- Combination gas / oil
Turndown
- Burner is capable of 10:1 turndown
Installation
Low installation cost. The heater with all instruments and controls are skid mounted for simple, economical installation and relocation.
| Kineflux Heater Specifications | |
|---|---|
| Process Outlet Temperature Range | to 1000°F |
| Available Heat Duty | .5 to 100 MM Btu/Hr |
| Nominal Efficiency (N.T.E.) | 75 to 80% |
| Efficiency w/ Enhancement (N.T.E.) | up to 90% |
| Available Emission Reduction Options | available low to ultra low |