Water-tube Steam Boilers are used to produce Saturated and Superheated Steam where high pressure, high capacity, rapid steam production and excellent steam quality are required.
Water-tube Steam Boilers are used to produce Saturated and Superheated
Steam where high pressure, high capacity, rapid steam production and
excellent steam quality are required.
Continuously welded membrane combustion chamber with Tube-Fin-Tube is resistant to thermal shocks with its water-tube construction. Water-tube boilers can produce steam at different pressures(HP, LP) in the same structure.
The most commonly used are Mono-drum and D-Type double drum type water-tube steam boilers. Once-Through type steam boilers, which can be used in processes which is possible stable steam consumption, are also used.
Continuously welded membrane combustion chamber with Tube-Fin-Tube is resistant to thermal shocks with its water-tube construction. Water-tube boilers can produce steam at different pressures(HP, LP) in the same structure.
The most commonly used are Mono-drum and D-Type double drum type water-tube steam boilers. Once-Through type steam boilers, which can be used in processes which is possible stable steam consumption, are also used.
Key Features
| Steam | Fuel Types | Capacity | Pressure | Efficiency | Design Life | Emission |
|---|---|---|---|---|---|---|
| Saturated or Superheated | Gas, Oil, Hydrogen | up to 290 t/h | up to 136 bar g | up to 105% | 30 years | <20 mg/kW |
1) based on sensible heat
Advantages
High efficiencies
Which are 95% can be obtained with the
feed water economizer, 97,5% with the recuperator and up
to 105% with the condensing economizer according to the sensible heat.
Long life
is ensured by using machining methods in all
welded preparations and with World-class welding equipment
and welders.
Self-supporting frame system
maintains easy installation
which makes any hanging of the boiler unnecessary.
Thermodynamic performance
Is achieved by calculation
with specially designed software and proven by site tests
Quick load variations
are possible without significant
changes of steam pressure.
Quick start-up
generates very quick steam production
because there are neither long overflow distances nor long
distances from heating surface to drum on waterside
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About Our Company
One of the most important aspects of certification is traceability. MNK has
established a traceability system according to the heat number, order and
certificate numbers for all materials used in the pressure parts as required by the
standards. MNK transfers permanent hard stamps on the materials and keep the
records for 10 years...
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