In the new energy technology tree, biomass gasification is relatively niche, it is not as much attention as photovoltaic, it is not even more attention than wind power, but biomass gasification technology in the development of new energy technology still occupies an important position, because it can be inexhaustible with the way to constantly generate natural gas as the representative of the clean energy, which is the photovoltaic wind power can not be done.
And biomass gasification technology still maintains a steady stream of technological innovation, the following we will introduce one by one:
The use of advanced gasification reactor designs, such as jet bed gasification and fluidized bed gasification, can increase the reaction rate and reaction efficiency in the gasification process. These reactors have a larger reaction surface area and more uniform temperature distribution, which helps to maximize the release of energy from the biomass.
Application of efficient catalysts:
The introduction of highly efficient catalysts, such as metallic catalysts like nickel, chromium and molybdenum or non-metallic catalysts like activated carbon, can increase the rate and selectivity of the gasification reaction and reduce the gasification temperature and energy consumption. These catalysts can promote the cracking and conversion of biomass and accelerate the gasification reaction, thus improving the gasification efficiency and energy utilization.
Intelligent control of gasification process:
Intelligent control system is adopted to make the gasification process more stable and efficient through real-time monitoring and adjustment of gasification reaction parameters. The intelligent control system can realize the automatic control of gasification reaction, adjust the parameters of gasification temperature, gasification pressure and gasification medium according to the nature of biomass and gasification demand, so as to maximize the gasification efficiency and energy utilization.
Heat energy utilization optimization equipment:
The introduction of efficient thermal energy utilization optimization equipment, such as waste heat recovery system, heat exchanger, etc., can effectively recycle the waste heat generated in the gasification process and improve the energy utilization efficiency. These equipments can convert waste heat into useful thermal energy, which can be used to heat the heating system of the biomass gasification boiler or other industrial production processes, so as to realize the maximum utilization of energy.
