What is the primary goal of fuel gas system design?

The primary goal of fuel gas system design is centered around ensuring efficiency, safety, and reliability of gas supply. This encompasses several crucial aspects:

• Efficiency: A well-designed fuel gas system minimizes waste, ensuring that gas is utilized effectively to provide optimal performance in applications, whether for heating, cooking, or industrial processes.

• Safety: Safety is paramount in gas systems due to the inherent hazards associated with combustible gases. Proper design includes implementing safety measures, such as leak detection, ventilation, and proper materials that can withstand high pressures and temperatures. These measures are critical to preventing accidents and ensuring the protection of people and property.

• Reliability: A reliable gas supply system guarantees that users receive a continuous and adequate amount of gas for their needs. This reliability factor is vital in residential, commercial, and industrial contexts where interruptions could lead to significant disruptions or hazards.

While reducing material costs, maximizing storage space, and allowing for easy upgrades may be considerations in the design process, they do not capture the core purpose of fuel gas systems as effectively as the need for efficiency, safety, and reliability. Therefore, option B stands out as the most comprehensive answer reflecting the fundamental objectives of fuel gas system design.