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Product Details |
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Type |
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Water tube, coflow (Cocurrent gas flow) IBR |
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Installation |
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Horizontal / Vertical, Indoor as well as Outdoor. |
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Tube Orientation |
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Vertical |
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Waste gas flow direction |
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Vertical |
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Quality of waste gases |
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Specially suitable for dust laden gases. Provided with
special mechanized soot removal and collection system. |
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Acceptable dust in waste gases |
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High dust level readily accepted. |
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Type of heat recovery output |
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1)
Steam - D & S / Superheated
2) Hot Water
3) Hot Thermic
Fluid |
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Media of waste heat |
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Hot gases, hot vapours |
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Steam pressure |
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Suitable for low as well as high pressure |
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Steam condition |
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Dry & saturated. Superheated steam by provision of
superheater. |
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Water side circulation |
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Natural circulation / forced (Assisted circulation) |
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Steam separation |
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In
steam drum or in external moisture separator. |
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Waste heat source suitability |
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Exhaust of steel furnaces, cement kilns, metal smelters,
incinerators, industrial furnaces, DG set exhaust process
waste gases, incinerator exhaust, furnace exhaust, gas
turbine exhaust. |
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Typical applications |
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Process heating, hot water generation, thermic fluid
heating, power generation, cogeneration. |
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Duct firing possibilities |
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Possible for applications on gas turbine exhaust, Heat
addition into waste gas stream by firing fuel. |
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Output capacity possibilities |
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No
limits |
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Soot removal |
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1)
Mechanized vibrating soot removal.
2) Travelling type
soot blower.
3) Rotory soot
blower. |
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Number of heat recovery stages possible |
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3
to 4 stages of heat recovery possible e.g. super-heater
evaporator, economizer, water preheater. |
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Typical lowest exhaust gas temp. at outlet of system |
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Flue gas from diesel - 130 Deg.C, Flue gas from natural gas
- 110 Deg.C, Flue gas from high sulphur fuels - 150 Deg.C |
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Protection against sulphur corrosion on cold end side |
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Provided by various means to ensure that metal temperature
is maintained above the actual incipient limit. |
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