1.靈活性 ：

　　1. Flexibility:

　　生物質氣化發電可以采用內燃機、燃氣輪機，甚至結合余熱鍋爐和蒸汽發電系統。

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

　　根據規模的大小選用適宜的發電設備，保證在任何規模下都有合理的發電效率。

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

　　這一技術的靈活性能很好地滿足生物質分散利用的特點。

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

　　2.潔凈性 ：

　　2. Cleanliness:

　　生物質本身屬可再生能源，可以有效地減少CO2、SO2等有害氣體的排放。

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

　　氣化過程一般溫度較低（大約在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.經濟性 ：

　　3. Economy:

　　生物質氣化發電技術的靈活性，可以保證該技術在小規模下有效好的經濟性。

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

　　燃氣發電過程簡單，設備緊湊，使生物質氣化發電技術比其他可再生能源發電技術投資較少。

　　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.技術成熟度 ：

　　4. Technological maturity:

　　生物質氣化發電技術已經得到廣泛應用，尤其是在中小規模發電中表現出較高的經濟性和可靠性。

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

　　5.環保性 ：

　　5. Environmental friendliness:

　　生物質氣化發電技術可以有效減少環境污染和溫室氣體排放，是一種重要的環保技術。

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

　　6.原料適應性 ：

　　6. Raw material adaptability:

　　生物質氣化發電技術對原料的適應性較強，可以利用農業廢棄物、木材廢棄物等多種生物質資源。

　　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.系統緊湊 ：

　　7. Compact system:

　　生物質氣化發電系統結構緊湊，裝機容量小，布置靈活，運行費用低廉。

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

　　8.高熱效率 ：

　　8. High thermal efficiency:

　　生物質氣化發電的熱效率可達85%以上，氣化率可達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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