All burner tags

A waste incinerator oil burner is a device that sprays fuel and air into the incinerator at a certain ratio, at a certain speed, and in a certain mixing manner to provide the heat required to start/stop the incinerator and the auxiliary heat required when the waste calorific value falls below the design calorific limit. The role of the European burner is to start the ignition and stop the furnace to control the temperature reduction rate; Auxiliary combustion when the calorific value of garbage is too low to reach the specified furnace temperature; Drying of new furnace and repair of furnace wall refractory.

Smelly gas incineration is to burn the smelly gas at high temperature, so that the combustible waste can be transformed into carbon dioxide and water. After incineration, the waste discharge is greatly reduced, and all kinds of pathogens can be eliminated. Some toxic and harmful substances can be converted into harmless substances and the heat energy can be recovered. Oubao foul-Smelling gas incinerator burner is well received by the market.

Burners are the main coal equipment in cement production, the correct choice of burners can not only reduce the amount of coal and can save electricity and reduce NOX and other harmful gases, but also contribute to the clinker production, quality improvement. Rotary kiln burners not only provide fuel and oxidant for combustion, but also are the most important power plant for flame forming. Therefore, the precise process, will provide good working conditions, for the clinker calcination, the cost reduction is very important.

Under the condition of complete combustion, the removal rate of organic matter can reach 99%. Because it is a relatively complete and thorough decomposition of waste disposal method, so it is widely used in the treatment of hazardous waste. In addition, incineration can greatly reduce the volume of waste, and the small amount of ash generated from incineration can be sent to landfill disposal, which greatly reduces the amount of waste disposed of in landfills. However, waste incineration treatment needs to consume large fuel, treatment costs are expensive, and in order to prevent the flue gas pollution from incineration, it is necessary to equip a set of flue gas treatment facilities.

EBICO EC-GR (D) boiler burner is a newly developed electronic proportion low nitrogen burner suitable for boiler and thermal oil furnace. This type of burner uses natural gas as fuel to reduce the emission of NOx, CO and other pollutants from the source. At the same time, the emission of NOx is controlled below 30mg / Nm3 by using the technology of ultra mixing, vacuum internal mixing and central separation.

Central heating can not only provide the city with stable and reliable high grade heat source and improve people's life, but also save energy, reduce urban pollution, be conducive to urban beautification and effective use of urban effective space. Therefore, central heating has significant economic and social benefits.

Boiler burner is referring to the boiler burner, boiler burner fuel and gas boiler is the most important supporting auxiliary equipment, boiler burner is mainly divided into fuel burner and gas burner and dual fuel burners (also called a oil-gas combined burner), including fuel burner can be divided into light oil burner and heavy oil burner, light oil mainly refers to diesel, heavy oil refers to oil extraction gasoline, diesel oil after the rest of the heavy oil; Gas burners can be divided into natural gas burners, city gas burners, LPG burners and biogas burners.

EBICO ES-GGE burner is a digital burner designed and developed for the boiler with electronic proportional regulation. In addition to being well adapted to 0.5-20 ton boiler, it can also meet the use of 0.1-12.5 million kcal thermal oil furnace and hot blast furnace. This type of burner can save 40% starting electric energy and 30% noise reduction per year on average.

Among the pollutants from boilers, nitrogen oxide emissions have the greatest impact on the atmosphere. Therefore, in the national and local boiler pollutant discharge standards, the control of the index is the most strict. At present, the emission limits of NOx from gas-fired boilers are the most strict, which vary from region to region and require about 30-200. If some boilers are installed earlier, the current nitrogen oxide emissions of boilers in the region are more stringent requirements, and the exhaust emissions after combustion of the burner cannot meet the latest standards for pollutant emissions established by the state, then it is necessary to carry out low-nitrogen combustion transformation, which is mainly the transformation of gas boiler burners at present.