2020 50MW Gas and Oil Boiler for Sale

Oil-fired boilers and gas-fired boilers have become the main force of production in various industries. Fuel naughty boiler uses oil and gas as fuel, environmental protection, energy saving, low emissions!

Both belong to energy-saving and environmental protection equipment. The combustion products are carbon dioxide and water, which will not cause pollution to the environment. The biggest difference between the two is the use of different fuels. Natural gas boilers use natural gas and city gas as fuel, while oil-fired boilers use light oil and heavy oil as fuel. The relative cost of gas boilers is much higher than gas boilers. Therefore, oil boilers are often used by those enterprises or institutions that do not have the boiler operating conditions.

Difference between the two boilers:

1. Different fuels: the former uses light oil and heavy oil as fuel, while the latter uses natural gas, city gas, and liquefied petroleum as fuel.

2. The burner is different: the former uses a fuel burner and the latter uses a gas burner.

3. The cost of use is different: the former is more expensive, about 1-2 times the cost of the latter.

Similarities between the two boilers:

1. The same boiler body: the same tonnage of the steam boiler or hot water boiler.

2. The auxiliary parts are the same: except for the burner, the auxiliary parts of the same tonnage of the fuel oil boiler and gas boiler.

3. the same production process: the production process is in accordance with the same production process and standards for production and processing.

The thermal efficiency of a 50MW oil-fired gas-fired steam boiler is 95%. The calculation formula is: fuel-oil-fired boiler hourly fuel consumption = fuel-oil-fired boiler hourly gas production × (fuel steam heat-water supply heat) / low fuel heat value × boiler thermal efficiency; Fuel consumption per hour of boiler = weight of water (kg) × specific heat capacity of water × temperature difference (temperature difference between inlet and outlet water) / fuel heating value × boiler thermal efficiency.