1.灵活性 ：

　　1. Flexibility:

　　生物质气化发电可以采用内燃机、燃气轮机，甚至结合余热锅炉和蒸汽发电系统。

　　Biomass gasification power generation can use internal combustion engines, gas turbines, and even combined with waste heat boilers and steam power generation systems.

　　根据规模的大小选用适宜的发电设备，保证在任何规模下都有合理的发电效率。

　　Select appropriate power generation equipment based on the size of the scale to ensure reasonable power generation efficiency at any scale.

　　这一技术的灵活性能很好地满足生物质分散利用的特点。

　　The flexibility of this technology well meets the characteristics of biomass dispersion utilization.

　　2.洁净性 ：

　　2. Cleanliness:

　　生物质本身属可再生能源，可以有效地减少CO2、SO2等有害气体的排放。

　　Biomass itself is a renewable energy source that can effectively reduce the emissions of harmful gases such as CO2 and SO2.

　　气化过程一般温度较低（大约在700-900°C），NOx的生成量很少，所以能有效控制NOx的排放。

　　The gasification process generally has a low temperature (approximately 700-900 ° C), and the amount of NOx generated is very small, so it can effectively control the emission of NOx.

　　3.经济性 ：

　　3. Economy:

　　生物质气化发电技术的灵活性，可以保证该技术在小规模下有效好的经济性。

　　The flexibility of biomass gasification power generation technology can ensure its effective and good economy on a small scale.

　　燃气发电过程简单，设备紧凑，使生物质气化发电技术比其他可再生能源发电技术投资较少。

　　The process of gas-fired power generation is simple and the equipment is compact, resulting in less investment in biomass gasification power generation technology compared to other renewable energy generation technologies.

　　4.技术成熟度 ：

　　4. Technological maturity:

　　生物质气化发电技术已经得到广泛应用，尤其是在中小规模发电中表现出较高的经济性和可靠性。

　　Biomass gasification power generation technology has been widely applied, especially in small and medium-sized power generation, showing high economic efficiency and reliability.

　　5.环保性 ：

　　5. Environmental friendliness:

　　生物质气化发电技术可以有效减少环境污染和温室气体排放，是一种重要的环保技术。

　　Biomass gasification power generation technology can effectively reduce environmental pollution and greenhouse gas emissions, and is an important environmental protection technology.

　　6.原料适应性 ：

　　6. Raw material adaptability:

　　生物质气化发电技术对原料的适应性较强，可以利用农业废弃物、木材废弃物等多种生物质资源。

　　Biomass gasification power generation technology has strong adaptability to raw materials and can utilize various biomass resources such as agricultural waste and wood waste.

　　7.系统紧凑 ：

　　7. Compact system:

　　生物质气化发电系统结构紧凑，装机容量小，布置灵活，运行费用低廉。

　　The biomass gasification power generation system has a compact structure, small installed capacity, flexible layout, and low operating costs.

　　8.高热效率 ：

　　8. High thermal efficiency:

　　生物质气化发电的热效率可达85%以上，气化率可达70%以上。

　　The thermal efficiency of biomass gasification power generation can reach over 85%, and the gasification rate can reach over 70%.

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