Automated Biodiesel Producer Machine Using Microcontroller and Sensors.

Shubham V. Bhutare, Manthan Patel, Prasad R. Bhale
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Abstract

Biodiesel is a biodegradable, combustible fuel made from vegetable oil and/or animal fats by the process of basic-catalyzed trans-esterification of oils. The main aim of our project is to develop a portable system which is fully automated by means of microcontroller and various sensors to produce Biodiesel from vegetable oil. The system will do whole process automatically once initiated. This will reduce the chances of any human errors in chemical reaction and also reduce human efforts. In India vegetable oil is wasted in huge quantity in hotels or by household means or in the temples based on the religious beliefs. So our system will convert the waste vegetable oil into the biodiesel by the process of trans-esterification. The main difference between conventional method of production of biodiesel and our system is that our system is fully automated and portable enough to carry from one place to other very easily. The whole process from mixing the chemicals to providing the necessary reaction conditions [like particular temperature and stirring for the chemical reaction all the process is done by sensors and actuators and all the process is controlled by means of the central controlling unit i.e. microcontroller. Once the system is activated it will stop after the reaction is completed i.e. the reactants are exhausted. Our system can be used at small scale for house hold purpose also as it will not require any skills to operate our system. The system we are proposing is much cost efficient and in the ambit of almost every earning fellow. The chemicals we are using are easily available and not so much costly.
使用微控制器和传感器的自动生物柴油生产机。
生物柴油是一种可生物降解的可燃燃料,由植物油和/或动物脂肪通过油的碱催化反式酯化过程制成。我们项目的主要目的是开发一种便携式系统,该系统通过微控制器和各种传感器实现全自动,从植物油中生产生物柴油。一旦启动,系统将自动完成整个过程。这将减少化学反应中任何人为错误的机会,也减少了人类的努力。在印度,植物油被大量浪费在酒店、家庭或基于宗教信仰的寺庙里。因此,我们的系统将废植物油通过反式酯化反应转化为生物柴油。传统生产生物柴油的方法与我们的系统的主要区别在于,我们的系统是全自动的,并且非常便携,可以很容易地从一个地方携带到另一个地方。从混合化学品到提供必要的反应条件(如化学反应的特定温度和搅拌)的整个过程,所有的过程都是由传感器和执行器完成的,所有的过程都是由中央控制单元即微控制器控制的。一旦系统被激活,它将在反应完成后停止,即反应物被耗尽。我们的系统可以用于小规模的家庭用途,因为它不需要任何技能来操作我们的系统。我们提出的系统成本效益很高,几乎每个赚钱的人都可以使用。我们使用的化学药品很容易买到,而且价格也不贵。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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