利用集束技术从生物燃料中裁员

Fajri Vidian, HeningRahma Fitriani, H. Alian, Taufik Arief, Qomarul Hadi
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摘要

考虑到化石燃料储量有限及其使用所造成的负面影响,新能源和可再生能源的利用至关重要。生物质是一个有趣的选择,因为它可以再生,而且在印度尼西亚储量丰富。气化技术是将生物质转化为气体燃料的热化学方法之一。该工艺效率高、污染少。但是,这项技术的知识仍然局限于某些科学家和实践者,因此需要进行社会化和信息传播,特别是在农村地区。因此,在南苏门答腊Ogan Ilir的Kerinjing村为社区举办了示范和培训课程。参加示范活动的学生接受了操作气化设备的培训,大约有30人参加了培训课程。此外,还举行了演讲和讨论,阐明了生物质作为气体燃料的潜力,气化装置的主要组成部分,以及将生物质转化为气体燃料的过程。示范结果显示,科日井村居民对气化技术的热情很高。由于其可访问性和易于制造,居民们很容易掌握直接的设备操作和他们自己生产此类设备的能力。使用简单的语言传递信息,促进了社区对气化技术的理解。总之,气化技术提供了一种简单而有前途的方法,可作为农村地区的替代能源解决方案。不断的示范和社会化努力是促进这项技术更广泛实施的必要条件,从而推动新能源和可再生能源的采用。因此,希望这一倡议将解决矿物燃料储量有限所造成的限制,并有助于可持续发展
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pendampingan pembuatan bahan bakar gas dari Biomassa menggunakan Teknologi Gasifikasi
The utilization of new and renewable energy is of paramount importance considering the limited reserves of fossil fuels and the negative impacts resulting from their usage. Biomass presents an intriguing option as it can be renewed and is abundantly available in Indonesia. Gasification technology stands as one of the thermochemical methods to convert biomass into gas fuel. This process demonstrates high efficiency and generates low pollution. However, the knowledge of this technology remains confined to certain scientists and practitioners, necessitating the need for socialization and information dissemination, particularly in rural areas. Consequently, demonstrations and training sessions were conducted for the community in Kerinjing Village, Ogan Ilir, South Sumatra. The demonstrations involved students who were trained to operate gasification equipment, with approximately 30 participants attending the training sessions. Additionally, presentations and discussions were held to elucidate the potential of biomass as gas fuel, the main components of gasification apparatus, and the process of converting biomass into gas fuel. The results of the demonstrations revealed a high level of enthusiasm among the residents of Kerinjing Village toward gasification technology. The residents displayed an easy grasp of the straightforward equipment operation and their ability to produce such equipment themselves due to its accessibility and ease of fabrication. The use of simple language in delivering information facilitated the comprehension of gasification technology among the community. In conclusion, gasification technology offers a simple yet promising approach to serve as an alternative energy solution in rural areas. Continuous demonstrations and socialization efforts are imperative to promote wider implementation of this technology, thereby advancing the adoption of new and renewable energy sources. Consequently, it is hoped that this initiative will address the constraints posed by limited fossil fuel reserves and contribute to sustainable development
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