Brownian gas is a flammable gas produced by the reaction of hydrogen and oxygen through a catalyst. The combustion method has high combustion efficiency, can make full use of the calorific value of the fuel, and realize the purpose of saving the boiler fuel while ensuring the rated working load.
In the experiment, the reaction is first carried out under specific conditions by synthesizing a mixture of hydrogen and oxygen gases. The catalytic combustion performance of brown gas under different conditions was investigated by adjusting the type, dosage and reaction temperature of catalyst. The experimental results show that Brownian gas has high combustion efficiency and good combustion stability under appropriate catalyst type and dosage, and the combustion product is only water, achieving zero carbon emission.
Then, Brown gas is applied to the biomass boiler system. The fuel of the hydrogen ready boiler usually contains several or even dozens of different substances, and the physical and chemical properties are complex, and it is usually difficult to fully burn during the combustion process. The whole combustion process of the boiler is controlled by introducing brown gas into the boiler combustion chamber and mixing Brown gas and biomass fuel. The experimental results show that brown gas can effectively improve combustion efficiency and reduce fuel consumption in the hydrogen ready boiler combustion, so as to achieve the goal of energy saving. At the same time, brown gas combustion products only water, zero emissions, is the most environmentally friendly one of the clean energy.
The application of Brownian gas as a new type of fuel in biomass hydrogen ready boiler system is proved to have higher energy saving and environmental protection effects by analyzing its catalytic combustion performance. This combustion method has positive significance for reducing fuel consumption and harmful gas emission, and has a wide application prospect. But at the same time, this kind of green hydrogen ready boiler also needs a professional team to analyze the problems of each different boiler project, so as to further study and improve, and improve the thermal energy utilization rate of the original boiler by using the combustion characteristics of hydrogen and oxygen gas.