Indoor Air Monitoring and Filtration Using Arduino-Based Plasma Technology
Abstract
In public service offices in the government, special areas or rooms are provided for smoking. At the Kendal District Court Class 1B the smoking room or smoking area still uses air ventilation and fans to neutralize cigarette smoke. As a result, the smoke that is exposed to the fan in the smoking room spreads out and disturbs the health of the surrounding community or disrupts the activities of employees at the Kendal Class 1B District Court. In this case, the Kendal Class 1B District Court, especially this smoking area, needs to be handled, namely making a device that can filter cigarette smoke and monitor the condition or level of air quality in the room so that cigarette smoke does not spread outside the room and harm your health. To help the filtration system in smoking rooms, there needs to be an automatic system that is able to work when cigarette smoke in the room is at a certain level. The sensors used to detect levels of CO ( carbon monoxidant), CO2 (carbon dioxidant) in cigarette smoke are MQ-7 and MQ-135. The way this tool works, if cigarette smoke in the room reaches the threshold level of gas in the room, the fan will suck it into the filtration room, after which it will be exhaled back into the smoking room and will notify the condition of the room on the LCD monitor display.
References
Ahmad Muhajir, 2016; " The Effect of Ignition Timing on Power and Torque in Motorcycles Using Premium Fuel, Pertalite and Pertamax Plus" , Semarang: Faculty of Engineering, Semarang State University.
Asti Herlina, et al, 2016; "Software Development Monitoring Information System at the Web-Based Development Stage" , Bandung : Faculty of Engineering, BSI University Bandung.
Hari Santoso, 2016; "Practical Arduino Guide for Beginners", Malang: Elang Sakti,.
Meironi B, 2017; “ Creating a Simulation of Air Filter Equipment Smoke Becomes Clean Air” , Padang: Faculty of Mechanical Engineering, Padang State Polytechnic.
Moch Subchan Mauludin et al, 2016; "MQ-2 as an Anti-Cigarette Smoke Sensor Based on Arduino and C Language" , Semarang: Faculty of Engineering, Wahid Hasyim University,.
Muhammad Nur, et al 2013; " Application of Plasma Technology to Accelerate Mangrove Seeding as a Green Belt Rehabilitation Effort to Overcome Abrasion ", Semarang: Faculty of Science and Mathematics, Diponegoro University.
DR. Muhammad Nur, DEA, 2011 ; " Plasma Physics and its Applications" , Semarang: UNDIP Press,.
Syahminan, 2018; " Ammonia Gas Detection Sensor in Broiler Cages Using ATMEGA32 Using MQ-135 ", Malang: Faculty of Science & Technology, Kanjuruhan University, Malang.
Shahwill, Muhammad. 2013; "Easy Guide to Arduino Microcontroller Simulation and Practice" . Yogyakarta : Andi Offset,.
Vega Nataya Kinanti, 2016 ; " Prototype of Cigarette Smoke Filtering in Smoking Areas Using Pulse Width Modulation (PWM) and Fuzzy Logic Tsukamoto Method ", Kendari: Faculty of Engineering, Halu Oleo Kendari University,.
Victor Farhan Wijaya, 2016; "Design and Construction of a Gas Monitoring System in the Environment Based on ArduinoKarya" Lampung: Faculty of Engineering, University of Lampung,.
