What does "combustion analysis" involve?

Combustion analysis specifically involves measuring the efficiency and emissions of combustion processes. This is essential for evaluating how effectively a fuel is being burned and the environmental impact of the combustion gases produced. During combustion analysis, various parameters such as combustion temperature, oxygen levels, carbon monoxide concentration, and other emissions are measured, which provide valuable insights into the combustion process performance.

This analysis helps in optimizing the combustion conditions to improve efficiency, reduce fuel consumption, and minimize harmful emissions, thus ensuring compliance with environmental regulations. Understanding these aspects is crucial for maintaining boiler efficiency and overall system performance.

The other options, while relevant to different areas of plant operations, do not accurately reflect the scope of combustion analysis. Balancing fuel feed rates is more about ensuring that the correct amount of fuel is fed into the combustion chamber rather than analyzing the combustion itself. Calculating the cost of fuel consumption pertains to financial aspects and does not directly relate to combustion efficiency or emissions. Assessing water quality in the boiler deals with the conditions and maintenance of the water used in boiler operations, which is a separate concern from analyzing the combustion process.