What Do You Know About The Characteristics Of Rotary Kiln Burner?
What Do You Know About The Characteristics Of Rotary Kiln Burner?
Natural materials available for rotary kiln burner: light oil, heavy oil, residual oil, gas, coke oven gas, blast furnace gas, producer gas, etc; Scope of mechanical heat consumption: carry out the design scheme according to the customer’s regulations, which is up to 2500 * 104 Kcal/h;
The burners for the special heat-resistant machinery are generally made of special heat-resistant materials (heat-resistant over 1350 ℃), which can work stably in high-temperature machinery and have a long service life; The head top of the mechanical burner with water-cooled heat dissipation structure is made of high-temperature resistant materials, and the top surface of the ignition head is of interlayer structure. The top of the ignition head is cooled according to the cooling circulating water in the interlayer;
The unique design scheme is selected inside the low NOx burner. The fuel and combustion gas are mixed evenly. The fuel point and ignition efficiency are good; The medium and high-pressure centrifugal fan is selected to show combustion gas, and the flame is strong and looks good.
Kindling is a course with a distinctive theme and strong application. In the past, due to the low level of production and manufacturing, the low technical standards for ignition processing technology and machinery and equipment, and low ironing compressive strength, various ignition equipment, and machinery and equipment can also be designed and manufactured according to the known work experience and regularity. However, nowadays, it is the rapid development trend of jet aircraft and rocket teams, which stipulates the production and manufacturing of ignition equipment with high scalding compressive strength and wide operation coverage, and tends to ignite under high temperature, high pressure, and high speed.
Therefore, it is impossible to surpass this goal only by relying on previous work experience and insufficient experiments. At this time, it was found that the lack of understanding and understanding of the whole process of ignition foundation would hinder the smooth development of new design schemes and research and development work. This drives the in-depth analysis of the whole ignition process in many aspects and seeks appropriate theoretical guidance in the design, research and development, and experiment.