Businesses utilizing gas boilers are concerned with the operation costs of the boilers, with thermal efficiency and gas consumption being crucial data points for industrial users when selecting gas boilers.

The daily gas consumption of a 10-ton steam boiler is determined by the operating load, energy-saving level, fuel calorific value, and running time of the boiler.

In actual industrial production, many production processes utilize instantaneous gas consumption, which cannot be calculated using our conventional methods. The gas consumption of gas boilers can be categorized into two scenarios: stable gas consumption and unstable gas consumption.

1. Stable fuel consumption (using a 10-ton gas boiler for 8 hours as an example)

The daily gas consumption of the boiler = (Boiler Output / Thermal Efficiency / Gas Calorific Value) × Daily Operating Time = 6,000,000 kcal / 0.998 / 8,600 × 8 = 5,593 m³.

2. Unstable gas consumption

When the gas consumption for production processes is unstable, calculations can be made based on the actual gas usage. This is because the gas consumption of the boiler is determined by the production process, taking into account the low load and shutdown situations of the boiler. If there is a sudden high gas consumption, users should be prepared, and special attention should be paid to the boiler selection. Additionally, a steam storage tank can be installed to meet production demands. By combining the local fuel prices, one can determine how much fuel is required for a 10-ton gas boiler to operate for a day.