EBICO is based in Italy and the burner business is one of our strengths.We have formed strategic cooperation with Novar Bergamo and Vizcaya teams with strong burner development capabilities internationally.Optimize and integrate the cutting-edge combustion technology resources in Europe to form EBICO's cutting-edge strategic system.With strategic partners or factories in Italy, Germany, Switzerland, the Netherlands and China, we have decades of experience in the design, development, marketing services and resource optimization of large burners, fuel supply systems and automatic control systems.Our research focuses on large industrial burners, non-standard burners and some highly refined combustion equipment.
EBICO provides standard and non-standard burners.The scientific application of advanced separation technology determines that it can adapt to very harsh environment, EBCIO burner fully meets the requirements of boiler, power plant, industrial boiler, heat conduction oil furnace, asphalt mixing building drying cylinder and asphalt heat conduction oil furnace.Advanced and unique design concept has won the EBICO burner many markets, such as: low nitrogen emission standard burner and intelligent control which meet European CLASS I, CALSS II and CALSS III standards in advance.EBICO burner provides customers with the most reliable products and services, while achieving a variety of fuel efficient and economical configuration.At present, there are many burners for boilers, power plants, industrial boilers, thermal oil boilers, garbage incineration, asphalt mixing building heating services.
EBICO burner has a team of highly technical professionals who are able to analyze customer requirements and discuss the best design and manufacturing systems with the customer to fully meet the specific requirements and expectations of the user.The most important thing is to provide fast support service for customers.
The choice of EBICO burner means that we have experienced partners with the same needs in the same industry, which enables the users to allocate economic and production resources to the maximum extent under the premise of fully considering the ecological and environmental issues.
We can provide all kinds of burners with power range of 85kw-86000kw.Specific are: conventional fuel burner, non-standard custom burner, low nitrogen burner, pulverized coal burner, multi-fuel burner, low calorific value burner.
In order to achieve environmental protection and low nitrogen emission, gas boiler should consider from three aspects. First, confirm whether the furnace meets the needs of low nitrogen combustion from the heat load parameters of furnace volume and furnace size.Second, confirm the application of low nitrogen combustion technology from the perspective of burner and report the test results in actual use;Three related equipment matching to confirm its rationality from a combustion system, such as single and double fan parameters, flue gas recycling rate, smoke wind mixing way, the precipitation of condensate solution, cold air heating measures, FGR flame stability, FGR impact on the boiler thermal efficiency and so on, analyzed and equipment selection of boiler running safety, stability, the influence of load rate, especially the FGR flame stability of furnace vibration influence;Finally, the conclusion is drawn whether the selected boiler meets the requirement of low nitrogen environmental protection emission.
Hydrogen-rich tail gas burner is a kind of industrial gas burner which is developed according to the characteristics of hydrogen burning fast, easy to temper and easy to explode.The product is a proportional adjustable burner with automatic control of forced ventilation, which can realize automatic control operation.With combustion sequence control, proportional control and complete safety protection functions, safe and reliable operation.
The most dangerous phase of hydrogen - rich tail gas combustion is the ignition phase.The hydrogen - rich tail gas has high hydrogen content and cannot be used as ignition fuel.Therefore, the igniter of the burner is ignited by LPG, igniting the ignition flame, stable combustion, and then opening the hydrogen-rich tail gas into combustion.Under the condition of open fire and reasonable excess air, there will be no deflagration or explosion in hydrogen-rich tail gas, which ensures the combustion safety of hydrogen-rich tail gas.
Integrated control system is that we proposed earlier today's more advanced control mode, is widely used in Europe and the us some dimensions industry in our country and demanding enterprises choose this control concept, its core idea is to put the boiler and burner control together unified programming, making accurate digital control, this control model to avoid the original control of shortcomings, such as: scattered, incompatible, multipoint multiple handling, economic problems.
Its advantages are obvious:
Software compatibility optimization, electronic control uniformity, greatly improve the control accuracy, energy saving
Design and manufacture consistency, safety and reliability and production cost savings
Single human-computer interface dialogue
Operating system intuition
Improve maneuverability and safety
Single professional debugging, to ensure safety and efficiency
Continuity of one-stop after-sales service, greatly improve the work efficiency, reduce the service cost for users
One-click accessories, software and supply upgrades are guaranteed
From the perspective of heat transfer calculation, the measures to reduce the smoke exhaust temperature are analyzed from the following aspects: increasing the heat exchange surface, improving the heat exchange efficiency of the heating surface, improving the heat exchange temperature difference by using a lower temperature source, and reducing the influence of corrosion on the heat exchange efficiency.As gas boiler host first meet the low nitrogen flame furnace volume and size requirements, the second host of convection heating surface is a main export in order to reduce the smoke temperature, general control in 150 ~ 250 ° C, in order to avoid the smoke temperature increases along with the flue design difficulty of heat preservation, high smoking temperature is too low will cause corrosion in furnace convection heating surface forming wall condensation, therefore, furnace domestic demand to design proper heating surface, the physical dimension more representative chamber size.Increasing the heat exchange surface should mainly consider increasing the heat exchange area of the equipment in the rear of the boiler, which is more favorable for rapidly reducing the exhaust temperature.The second is to have a lower inlet water temperature can be used for heat exchange temperature difference characteristics;Third, corrosion resistant materials can be used to improve its service life.The new structure of efficient heat exchange mainly adopts the form of staggered tube arrangement, efficient heat exchange finned tube, plate heat exchanger, etc., to increase the flue gas disturbance and contact surface, reduce the heat resistance of flue gas stratification, and improve the heat exchange efficiency of medium and flue gas.
New energy enterprises are not only the direct beneficiaries of clean energy consumption, but also important participants, bearing important responsibilities.Participate in the spot power market and auxiliary service market, improve the system dispatching ability in a market-oriented way, and promote the consumption of clean energy.
——Author：ebico