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Design and Implementation of a Data Acquisition System for Combustion Tests

机译：燃烧试验数据采集系统的设计与实现

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In recent years, the biomass market has constantly increased. The pellet manufacture industry has started looking for new products, such as wastes from forest, agriculture, and agroindustrial residues, among others, with the potential to be used as biofuels. However, some of these wastes have some characteristics that make both the combustion process and operating and maintenance conditions of thermal equipment difficult. Thus, further research to optimize the performance and ensure the compliance of the maximum atmospheric levels is needed. In order to carry out these studies, the design and implementation of a supervision, control, and data acquisition system for a domestic pellet boiler was carried out, which makes obtaining further information about the performance of non-conventional biofuels possible. Thus, these biofuels, coming from different sources, underwent different working regimes, facilitating the understanding of the results and the correction of limiting elements. The results from initial tests were reliable and precise, coinciding with the check readings that were done with a thermometer and a combustion gas analyser. Under these conditions, the system designed constitutes a fundamental tool to examine thermal processes with alternative biofuels, with the objective of making the most of different biomass wastes as renewable energy sources.
机译：近年来，生物质市场不断增长。颗粒制造行业已开始寻找新产品，例如来自森林，农业和农业工业废料的废物，这些生物制品具有潜力。然而，这些废物中的一些具有某些特征，这使得热力设备的燃烧过程以及操作和维护条件都变得困难。因此，需要进一步研究以优化性能并确保符合最大大气水平。为了进行这些研究，对家用颗粒锅炉的监督，控制和数据采集系统进行了设计和实施，这使得获得有关非常规生物燃料性能的更多信息成为可能。因此，这些来自不同来源的生物燃料经历了不同的工作方式，从而有助于人们对结果的理解和限制元素的修正。初始测试的结果可靠，准确，与使用温度计和燃烧气体分析仪完成的检查读数一致。在这些条件下，设计的系统构成了检查替代生物燃料热过程的基本工具，其目的是最大限度地利用不同的生物质废物作为可再生能源。

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