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An integrated user-friendly web-based spatial platform for bioenergy planning
Biomass & Bioenergy ( IF 6 ) Pub Date : 2020-12-28 , DOI: 10.1016/j.biombioe.2020.105939
Raúl Tauro , Roberto Rangel , Rodrigo Suárez , José Luis Caballero , Carlos Anaya-Merchant , Miguel Salinas-Melgoza , Héctor Guzmán , Adrian Ghilardi

To respond to growing interest in the use of solid biomass as a renewable source, an integrated web-based spatial platform was developed to help in decision-making for bioenergy planning (Biowep) (https://www.wegp.unam.mx/cemie/en). This paper presents this free, user-friendly tool, which allows for the estimation of biomass potential and energy demand for defined areas of interest and could thus play a role in the fulfillment of international sustainable development goals. The platform was developed using HTML, PHP, JavaScript, and Google Maps libraries for a front-end user interface, while calculations are made using Python codes through Google Earth Engine (GEE). The novelty of the tool is that it concentrates a wide range of characteristics that are not found together in other global web applications. It is observed that the tool enables non-specialist users to view and analyze biomass resources. The results obtained from this tool may support energy planning at a regional or national level. The platform's functioning was validated with Mexico as a study case.



中文翻译:

基于用户友好的基于Web的集成空间平台,用于生物能源规划

为了响应人们对使用固体生物质作为可再生资源的日益增长的兴趣,开发了一个基于Web的集成空间平台,以帮助进行生物能源计划(Biowep)的决策(https://www.wegp.unam.mx/ cemie / en)。本文介绍了这个免费的,用户友好的工具,该工具可用于估计特定兴趣区域的生物质潜力和能源需求,从而可以在实现国际可持续发展目标中发挥作用。该平台是使用HTML,PHP,JavaScript和Google Maps库开发的,用于前端用户界面,而计算是通过Google Earth Engine(GEE)使用Python代码进行的。该工具的新颖之处在于,它集中了其他全球Web应用程序中没有的广泛特性。据观察,该工具使非专业用户可以查看和分析生物质资源。从该工具获得的结果可能支持区域或国家级的能源规划。以墨西哥为研究案例验证了该平台的功能。

更新日期:2020-12-29
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