Boiler Efficiency Calculator Description
Efficiency calculator for saturated or superheated steam generating boilers, has a database of the most common fuels with their average physical and chemical characteristics. handles the most common units of measurement in the industrial technical environment.
Calculation methods:
1. Direct Method:
Relationship between useful energy produced and energy supplied.
2. Indirect method:
Discount of the sum of energy losses,
results:
L1 -Energy losses due to dry combustion gases.
L2 -Losses due to the presence of H2 in the fuel.
L3 -Losses due to moisture in the fuel.
L4 -Losses due to humidity present in the air.
L5 -Losses due to partial combustion of C to CO.
L6 -Losses due to convection and radiation.
L7 -Losses due to unburned fly ashes.
L8 -Losses due to unburned bottom ashes.
Calculation methods:
1. Direct Method:
Relationship between useful energy produced and energy supplied.
2. Indirect method:
Discount of the sum of energy losses,
results:
L1 -Energy losses due to dry combustion gases.
L2 -Losses due to the presence of H2 in the fuel.
L3 -Losses due to moisture in the fuel.
L4 -Losses due to humidity present in the air.
L5 -Losses due to partial combustion of C to CO.
L6 -Losses due to convection and radiation.
L7 -Losses due to unburned fly ashes.
L8 -Losses due to unburned bottom ashes.
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