Flexibility allows specific engineering requirements to be met, such as fin spacing for fouling conditions and low gas pressure drops. The internal gas bypass can be used to temper the exiting gas for stack corrosion control or to maintain water temperature when too much heat is available. The large number of standard models provide height and diameter combinations that work in applications with space constraints, while still achieving maximum heat recovery. Features:
Cylindrical model
Compact and lightweight
High performance BTU recovery
Hinged, stainless steel access doors
Stainless steel, internal exhaust gas bypass
Flexibility allows specific engineering requirements to be met, such as fin spacing for fouling conditions and low gas pressure drops. The internal gas bypass can be used to temper the exiting gas for stack corrosion control or to maintain water temperature when too much heat is available.
The large number of standard models provide height and diameter combinations that work in applications with space constraints, while still achieving maximum heat recovery.
Features:
- Cylindrical model
- Compact and lightweight
- High performance BTU recovery
- Hinged, stainless steel access doors
- Stainless steel, internal exhaust gas bypass
