Open AccessReal Time Factory Smokes Monitoring System Using Android Smartphone
Author(s) -
Moch Andreyan Adi Prakoso,
Lusia Rakhmawati
Publication year - 2021
Publication title -
inajeee (indonesian journal of electrical and electronics engineering)
Language(s) - English
Resource type - Journals
ISSN - 2614-2589
DOI - 10.26740/inajeee.v4n1.p16-21
Subject(s) - carbon monoxide , environmental science , detector , android application , air pollution , android (operating system) , carbon dioxide sensor , combustion , air monitoring , smartphone application , computer science , process engineering , automotive engineering , real time computing , waste management , engineering , environmental engineering , carbon dioxide , telecommunications , chemistry , operating system , biochemistry , multimedia , organic chemistry , catalysis
Owing to widespread deforestation and the rapid growth of modern plants, we can see and experience a lot of air that is no longer what it once was. Carbon Monoxide (CO), which is generated by residual combustion in industrial plants and emitted through factory chimneys, is one of the factors that contribute to air pollution. This study was designed to help the government monitor Carbon Monoxide (CO) levels more efficiently because it can be done at any time in real time using an Android smartphone's media. Furthermore, this research is being conducted to develop simple technology that can be used by parties who need or have an interest in monitoring Carbon Monoxide (CO) levels as well as reducing the number of emissions in the local area. The results showed that the MQ-7 sensor on the monitoring tool could detect carbon monoxide levels accurately and had a 0.72 percent error rate when retrieving data several times. The CO meter's sensitivity is equivalent to that of an NDIR (Non-Dispersive Infrared Detector) Analyzer, which is commonly used for measuring and detecting carbon monoxide levels in the air. These findings suggest that this instrument can be used to better monitor carbon monoxide (CO) levels in the air.