Note:

This formula calculates the actual steam output of a boiler based on its power rating (kW) and the energy required to convert feedwater into steam (kJ/kg). It helps industries assess boiler efficiency, fuel consumption, and overall performance.

Explanation of Parameters:

• ṁ (Steam Output): The total amount of steam produced by the boiler, measured in kg per hour (kg/h).
• Q̇ (Boiler Rating): The heating power of the boiler, measured in kilowatts (kW), which represents how much energy the boiler can supply.
• Energy to be Added: The heat energy required to convert 1 kg of water into steam, measured in kilojoules per kilogram (kJ/kg).

Explanation of Constant Value (3600):

• The constant 3600 is used to convert power from kilowatts (kW) to kilojoules per hour (kJ/h). This is necessary because:
• To match the steam output unit (kg/h), we need to convert seconds to hours.
• Since 1 hour = 3600 seconds, multiplying by 3600 converts kJ/s to kJ/h, ensuring consistent unit alignment in the equation.

Real-Life Applications:

• Industrial Boilers: Used in manufacturing plants to optimize fuel consumption and energy efficiency.
• Power Plants: Helps in analyzing steam generation efficiency for electricity production.
• Environmental Impact Analysis: Reduces unnecessary fuel wastage and emissions.
• Quality & Safety Control: Ensures that boilers operate within safe and optimal performance levels.

Conclusion:

This formula is crucial in industrial settings to monitor and optimize boiler performance. By calculating steam output, engineers can ensure energy efficiency, cost savings, and compliance with environmental standards. Regular assessments help improve operations and reduce fuel wastage while maintaining high safety standards.