What are the characteristics of gas-fired boilers used in industrial boilers in chemical plants? The improved technology and various production requirements in the field of wide application of gas boiler replace the traditional boiler combustion mode, and put forward its own characteristics, which not only has obvious improvement in working performance, but also is relatively more convenient to operate.
The system structure is simple, compact and durable gas boiler does not need slag discharge equipment, dust collector and other auxiliary equipment, small boilers and their ventilation, water supply, control and auxiliary equipment are all set on the chassis, large and medium-sized boilers can also be assembled out of the factory. As a result, the efficiency has been greatly improved. Because of its compact structure and simple structure, the tool is greatly simplified. The operation process of the machine is simpler and more convenient to use. Second, the thermal efficiency is high, the environmental protection gas boiler is the gas combustion mode, the clean fuel is high, adopts the environmental protection technology, the combustion efficiency and the exhaust gas temperature and so on are basically the same as the large capacity industrial gas steam boiler, the smoke exhaust pollution is very small. Different combustion energy consumption can be reduced. Yes. Improve heating efficiency and reduce the production of pollutants. In line with the development of environmental protection, it is one of the modern production and processing equipment.
Third, with the deepening and improvement of modern gas boiler technology, automatic operation can fully meet the requirements of automatic operation and better meet the automation requirements of lighting, fire extinguishing and other related contents. On the one hand, it greatly improves the safety of the production process, on the other hand, it greatly reduces the labor cost. Strong automation to further meet the needs of modern enterprises for efficient and intelligent production.
