how to calculate the steam produced kg in boiler
HOT
Capacity:1-20t/h
Rated thermal efficiency: 100-104%
Fixed working pressure: ≤1.6MPa
Applicable fuel:natural gas etc.
HOT
Capacity:0.7-14MW
Rated thermal efficiency:96-98%
Fixed working pressure:≤1.25MPa
Applicable fuel:Natural gas, light oil, etc.
HOT
Capacity:0.7-2.8Mw
Rated thermal efficiency: 97.2-106%
Fixed working pressure:0.1MPa
Applicable fuel:Natural gas, etc.
HOT
Capacity:2.8-7.0Mw
Rated thermal efficiency:≥105.5%
Fixed working pressure:-0.02MPa
Applicable fuel:Natural gas, etc.
HOT
Capacity:99Kw
Rated thermal efficiency:97.2-104.4%
Fixed working pressure:1.0MPa
Applicable fuel:Natural gas, etc.
HOT
Capacity:0.5-4.0 t/h
Rated thermal efficiency:98%
Fixed working pressure:≤1.25MPa
Applicable fuel:electric energy
Purity of produced steam as specified in the project specification in ppm mass (mg/kg) with consideration of ppm mass (mg/kg) of total solids in the boiler water. The boiler manufacturer should state the maximum total dissolved solids (TDS) in the boiler water at which the required steam purity can be obtained. •Get Price
The pressure losses in the pump, condenser, and boiler are considered negligible. If the temperature of the water leaving the condenser is 50°C and the mass flow rate is 20 kg/s of water in the cycle, calculate (a) heat input rate to the boiler, (b) the net work rate produced, and (c) the energy and exergy efficiencies of the cycle.Get Price
calculate the boiler generated steam rate without considering that the boiler does not work at atmospheric pressure. ex. 500 hp x 34.5 lb / hp hr = 17,250 lb / hr produced by the boiler. This is what we call the nominal boiler capacity. In reality, the operating pressure andGet Price
to calculate the actual steam produced by a 5000 kg/hr steam boiler operating at 7 bar with feed water supplied at 85°C M 5000 kg/hr = 4677 kg/hr Ahg 2769.1 kJ/kg (from the table overleaf) 2769.1 - (85 x 4.19) TF 85 °C To calculate the required blowdown rate of a boiler Blowdown rate = F x S Where; B - F F Feed tank TDS in ppmGet Price
Purity of produced steam as specified in the project specification in ppm mass (mg/kg) with consideration of ppm mass (mg/kg) of total solids in the boiler water. The boiler manufacturer should state the maximum total dissolved solids (TDS) in the boiler water at which the required steam purity can be obtained. •Get Price
to calculate the actual steam produced by a 5000 kg/hr steam boiler operating at 7 bar with feed water supplied at 85°C M 5000 kg/hr = 4677 kg/hr Ahg 2769.1 kJ/kg (from the table overleaf) 2769.1 - (85 x 4.19) TF 85 °C To calculate the required blowdown rate of a boiler Blowdown rate = F x S Where; B - F F Feed tank TDS in ppmGet Price
To establish the actual evaporation by mass, it is first necessary to know the temperature of the feedwater and the pressure of the steam produced, in order to establish how much energy is added to each kg of water. Equation 3.5.2 can then be used to …Get Price
Feb 12, 2021 · So extra coal consumption to compensate the heat loss = 4.32 X 24 =103.7 kg/day. 33-A boiler of generates 85 TPH of steam at pressure 65 kg/cm2 & temperature 490 deg C, calculate the velocity of this steam if it passes through 150 NB steam line. Velocity of steam inside the pipe line = Flow in steam line (m3/sec) / Area of steam line (m2)Get Price
The pressure losses in the pump, condenser, and boiler are considered negligible. If the temperature of the water leaving the condenser is 50°C and the mass flow rate is 20 kg/s of water in the cycle, calculate (a) heat input rate to the boiler, (b) the net work rate produced, and (c) the energy and exergy efficiencies of the cycle.Get Price
Evaporator The heat load of the evaporator part of the boiler can be calculated as: φ EVAP = m& SH (h′′ − hECO 2 ) + m& BD (h′ − hECO 2 ) (2) where m& SH is the mass flow of steam before superheater [kg/s], h ′′ the specific enthalpy of saturated steam at steam drum pressure [kJ/kg], hECO 2 the specific enthalpy after economizer Get Price
Calculate the thermal expansion rate of water in water heaters and boilers, water density change with temperature increase, water pressure increase with temperature increase Amount of pressure increase caused by heating water in a water heater or heating boiler What happens to hot water water tank pressure when we increase both water temperature and incoming water …Get Price
Evaporator The heat load of the evaporator part of the boiler can be calculated as: φ EVAP = m& SH (h′′ − hECO 2 ) + m& BD (h′ − hECO 2 ) (2) where m& SH is the mass flow of steam before superheater [kg/s], h ′′ the specific enthalpy of saturated steam at steam drum pressure [kJ/kg], hECO 2 the specific enthalpy after economizer Get Price
Example 3.22.2 below, is used to calculate the potential of steam capacity in a horizontal steam accumulator. Example 3.22.2. Boiler: Maximum continuous rating = 5 000 kg/h. Normal working pressure = 10 bar g (hf = 781 kJ/kg, from steam tables) Burner switching differential = 1 bar (0.5 bar either side of 10 bar g) Plant requirementsGet Price
A steam injector is a typical application of the principle used to deliver cold water to a boiler against its own pressure, using its own live or exhaust steam, replacing any mechanical pump. When first developed, its operation was intriguing because it seemed paradoxical, almost like perpetual motion, but it was later explained using Get Price
Feb 12, 2021 · So extra coal consumption to compensate the heat loss = 4.32 X 24 =103.7 kg/day. 33-A boiler of generates 85 TPH of steam at pressure 65 kg/cm2 & temperature 490 deg C, calculate the velocity of this steam if it passes through 150 NB steam line. Velocity of steam inside the pipe line = Flow in steam line (m3/sec) / Area of steam line (m2)Get Price
• The steam generator consists of boiler (two-phase heat transfer) and superheater steam, which could have produced more work by expanding further in the turbine, • Calculate the amount of bleed steam required to heat 1 kg Get Price
calculate the boiler generated steam rate without considering that the boiler does not work at atmospheric pressure. ex. 500 hp x 34.5 lb / hp hr = 17,250 lb / hr produced by the boiler. This is what we call the nominal boiler capacity. In reality, the operating pressure andGet Price
Today, mechanical power production using steam is almost wholly confined to electricity generation. 1.2 Objectives: Know boiler, steam turbine, and Describe cooling towers and condensers. Calculate the power output of a steam turbine power plant. 2.Get Price
To keep a steam boiler producing 4000 kg/hr of steam below 3500 ppm TDS when fed from a feed tank having a TDS of 80ppm, it will need to blowdown at least; F 80 ppm 80 × 4000 = 93.6 kg/hr S 4000 kg/hr 3500 − 80 B 3500 ppm Typical permissible levels of boiler water TDS . Type of Boiler TDS level in parts per million (ppm) Water tube – High Get Price
Boiler efficiency may be indicated by. Combustion Efficiency - indicates a burners ability to burn fuel measured by unburned fuel and excess air in the exhaust; Thermal Efficiency - indicates the heat exchangers effectiveness to transfer heat from the combustion process to the water or steam in the boiler, exclusive radiation and convection losses; Fuel to Fluid Efficiency - …Get Price
A steam injector is a typical application of the principle used to deliver cold water to a boiler against its own pressure, using its own live or exhaust steam, replacing any mechanical pump. When first developed, its operation was intriguing because it seemed paradoxical, almost like perpetual motion, but it was later explained using Get Price
Mar 11, 2016 · Steam Cooling water Process water Boiler feed water Air Inert gas where = waste value of fuel ($/lb or $/kg) = price of fuel ($/MMBtu or $/GJ) To calculate these values one needs to multiply the respective product and feed streams by their respective prices. The major difficulty of this process is determining the prices that should be Get Price
Example 3.22.2 below, is used to calculate the potential of steam capacity in a horizontal steam accumulator. Example 3.22.2. Boiler: Maximum continuous rating = 5 000 kg/h. Normal working pressure = 10 bar g (hf = 781 kJ/kg, from steam tables) Burner switching differential = 1 bar (0.5 bar either side of 10 bar g) Plant requirementsGet Price
To establish the actual evaporation by mass, it is first necessary to know the temperature of the feedwater and the pressure of the steam produced, in order to establish how much energy is added to each kg of water. Equation 3.5.2 can then be used to …Get Price
Boiler efficiency may be indicated by. Combustion Efficiency - indicates a burners ability to burn fuel measured by unburned fuel and excess air in the exhaust; Thermal Efficiency - indicates the heat exchangers effectiveness to transfer heat from the combustion process to the water or steam in the boiler, exclusive radiation and convection losses; Fuel to Fluid Efficiency - …Get Price
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