With the haze of the country, the country ’s restrictions on coal use have been increasing. Boiler fuels used in industrial production have gradually developed in a clean and environmentally friendly direction. Clean fuels have become a much-needed product. Clean fuels such as light oil, heavy oil, diesel, etc., are spread all over the country, and they are favored by users due to their convenient material collection. Among them, 10-ton oil-fired hot water boilers have attracted much attention from users.
In the operation of a 10-ton oil-fired hot water boiler, in order to increase the profit of the enterprise, it is necessary to reduce the operating cost of the boiler, such as reducing the amount of fuel used, improving the combustion efficiency and thermal efficiency of the boiler, and actually reducing the 10-ton oil-fired hot water boiler Can take the following measures:
First of all, you need to observe the flame burning condition of a 10-ton oil-fired hot water boiler. When the fuel is fully burned, the flame appears bright, clear orange, and the exhaust smoke is off-white, indicating that the boiler is in a good combustion state. At this time, the boiler’s high Combustion efficiency, reducing fuel use.
After understanding the combustion status of a 10-ton oil-fired hot water boiler, you can use precision welding pipes with fuel additives, which can promote the refinement of fuel particles, improve atomization performance, accelerate the complete combustion of fuel, increase the heat output per unit volume of fuel, and achieve fuel-saving purpose. The use of fuel additives can greatly reduce fuel consumption and is an effective way to reduce operating costs.
The use of a flow mass meter can also promote the full combustion of fuel, at the same time, it can also remove carbon deposits and gums in the fuel system, block the conversion of sulfur and other impurities in diesel, reduce the content of sulfur dioxide, and reduce boiler corrosion, thereby extending 10 tons of fuel. Service life of hot water boilers.
