RANCANG ULANG INCINERATOR PORTABEL BARREL DENGAN SENSOR UDARA PEMBAKARAN BERBASIS ARDUINO UNO

Sunaryo, Abdul Rokhim, Legisnal Hakim
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Abstract

When conducting a field survey in Terai Bangun Village, Mining District, Regency. Kampar, the results of the interview explained that the amount of waste produced in one week reached 7.2 tons, in one year the waste reached 345.4 tons. The waste generated is 47% organic waste, 45% inorganic waste and 8% hazardous and toxic waste (B3). The purpose of this research is to develop an incinerator, with a household-scale capacity. The efficiency of the combustion rate is expected to be around 500 oC-1000 oC in the combustion chamber. Methods This research performs the work stage in carrying out the design, the design stage aims to obtain designs, patterns, and anarduino uno circuits. In this stage using software, Solidwork 2016, Arduino Uno, and Porteus. design results which include stress, displacement and strain parameters Produce technical drawings that are in accordance with the framework stated in a safe loading condition for the waste burning process.
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在摄政矿区Terai Bangun村进行实地调查时。坎帕尔对采访结果解释说,一周产生的废物量达到7.2吨,一年产生的废物量达到345.4吨。产生的废物是47%的有机废物,45%的无机废物和8%的有害和有毒废物(B3)。本研究的目的是开发一种具有家庭规模的焚化炉。燃烧速率的效率预计在燃烧室中约为500℃-1000℃。方法本研究在进行设计的工作阶段,设计阶段的目的是获得设计、图形和仿真电路。在这个阶段使用软件,Solidwork 2016, Arduino Uno和Porteus。设计结果,包括应力、位移和应变参数,根据废物燃烧过程安全加载条件下规定的框架,绘制技术图纸。
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