Diesel steam boiler is a kind of boiler equipment that uses diesel as fuel to generate steam through fuel combustion. It belongs to a type of fuel gas steam boiler that we often say. The boiler is equipped with an international advanced burner and adopts a three-return structure. The fuel is fully burned in the combustion chamber, and the exhaust emissions are small. It conforms to national policy requirements. Therefore, it is an environmentally-friendly boiler that can be used in most parts of the country.
Fuel-conservation and environmental protection boiler fuel consumption per hour = 3600 * thermal power (referring to the amount of work done by an object in a unit time) / diesel heating value / boiler efficiency If it is burning diesel, the fuel consumption per hour is about 132kg. A 1 ton diesel energy saving and environmental protection boiler can produce 1 ton of steam per hour, so the fuel consumption of a 1 ton diesel boiler is about 70 liters. However, the calculation of how much fuel a 2 ton diesel energy-saving and environmentally-friendly boiler consumes per hour is not simply 140 liters, but it must be determined according to the specific use of the boiler and the designed thermal efficiency. In general, the higher the design thermal efficiency, the smaller the boiler oil consumption. Furnace inspection ensures long-term normal operation of the boiler.
An Indian paper mill purchased a 110-ton external circulating fluidized bed boiler for power generation after visiting a number of boiler manufacturers. This is another successful case of ZOZEN’s cooperation with foreign companies. In recent years, with the continuous development and expansion of ZOZEN scale, products have been continuously sold to foreign regions and made their own in the foreign market.
The 110-ton external circulating fluidized bed power station boiler uses stationary design theory and CFB technology maps to optimize and substantially reduce the total bed inventory based on material balance theory and large particle combustion theory, thereby forming a circulating flow based on flow regime reconstruction Chemical bed technology. By restructuring the fluidized bed fluid state, while maintaining the advantages of CFB technology coal adaptability and low pollution emission control costs, the plant’s power consumption can be reduced and the availability rate can be increased.