Temer musa (Prosopis chilensis) is an invasive wild tree found in the desert of many countries, e.g., Eritrea, Ethiopia, Sudan, India, South Africa, and the USA. The thermochemical properties of this invasive tree were analyzed as a potential biomass feedstock for energy generation. The calorific value measurement of the temer musa wood was found to be 19.83 MJ/kg. Thermogravimetric analysis and derivative weight profiles displayed that the decomposition happened in four stages representing moisture content, volatile matter, fixed carbon, and ash formation. The proximate parameters are in good range with other known biomasses and are found suitable for the thermochemical energy conversion. The gasification process confirmed the existence of several gases that are usually observed in invasive biomasses. All gasification gases were in the acceptable range, and no hydrogen sulfide gas was observed, which makes the conversion as environment friendly. The obtained results show that the energy conversion of temer musa is suitable for real-time implementation.

中文翻译：

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Temer Musa生物能源潜力的评估：来自非洲沙漠的入侵树

Temer musa（Prosopis chilensis）是在许多国家的沙漠中发现的一种入侵性野生树，例如厄立特里亚，埃塞俄比亚，苏丹，印度，南非和美国。分析了这种入侵树的热化学性质，将其作为潜在的生物质原料来产生能量。测得的m木的热值为19.83 MJ / kg。热重分析和衍生重量分布表明，分解发生在四个阶段，分别代表含水量，挥发性物质，固定碳和灰分形成。与其他已知生物质的最接近参数在良好范围内，并且发现适合于热化学能量转换。气化过程证实了入侵生物质中通常观察到的几种气体的存在。所有的气化气体都在可接受的范围内，并且没有观察到硫化氢气体，这使得该转化为环境友好的。所得结果表明，temer musa的能量转换适合实时实施。