| |
|
|
|
| |
Product Details |
|
|
| |
Type |
: |
Smoke Tube IBR |
| |
Installation |
: |
Horizontal / Vertical, Indoor as well as Outdoor. |
| |
Tube Orientation |
: |
Horizontal / Vertical |
| |
Waste gas flow direction |
: |
Horizontal + Vertical (upwards & downwards) |
| |
Quality of Waste Gases |
: |
Low dust level acceptable |
| |
Type of heat recovery output |
: |
1)
D & S / superheated,
2) Hot water,
3) Vapour phase
Thermic Fluid Heating |
| |
Media of Waste Heat |
: |
Hot gases, hot liquids, hot vapours |
| |
Steam Pressure |
: |
Suitable for low as well as medium pressure |
| |
Steam condition |
: |
Dry & saturated and also superheated steam through provision
of superheater. |
| |
Water side circulation |
: |
Natural circulation internal to boiler. |
| |
Steam Separation |
: |
In
Boiler drum |
| |
Waste heat source suitability |
: |
Fuel cell exhaust, Micro / miniturbine exhaust small gas
turbine exhaust, DG set exhaust, process waste gases,
Incinerator exhaust, furnace exhaust. |
| |
Typical applications |
: |
Exhaust of steel furnaces, cement kilns, metal smelters,
incinerators, industrial furnaces, DG set exhaust, process
waste gases, Incinerator exhaust, process waste gases,
Incinerator exhaust, furnace exhaust, Gs turbine exhaust. |
| |
Output capacity possibilities |
: |
Typically 15 TPH |
| |
Soot removal |
: |
Sonic soot blowers can be used and also through self
cleaning velocities. |
| |
Number of heat recovery stages possible |
: |
3
to 4 stages of heat recovery possible e.g. super heater,
evaporator, economizer, water preheater. |
| |
Typical lowest exhaust gas temperature at final outlet of
system. |
:
|
Gases generated by diesel - 130 Deg.C, Gas generated by
natural gas - 110 Deg.C, Gases generated by high sulphur
fuels - 150 Deg.C |
| |
Protection against sulphur corrosion on cold end side |
: |
Provided by various means to ensure that metal temperature
is maintained above the actual incipient limit. |
| |
|
|
|
.jpg){kind=small}
