Rancang Bangun Desain Internet of Things Untuk Pemantauan Kualitas Udara Pada Studi Kasus Polusi Udara

Teguh, Rony; Oktaviyani, Enny Dwi; Mempun, Kehat Abdiel

doi:10.47111/jti.v12i2.532

Cited by 3 publications

(1 citation statement)

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“…Research related to Air Quality Monitoring System has been carried out by Teguh et al [9] to obtain air quality values in an area not covered by the Ministry of Environment and Forestry (KLHK) measurements. The design tool used uses the Node MCU ESP-8266 with IC4051 Analog Multiplexer addition as a microcontroller where the sensors used include MQ-7, Analog Infrared CO2, Dust Sensors (PM10), DHT -11, and Wind speed direction.…”

Section: Related Studymentioning

confidence: 99%

Water and Air Quality Monitoring System based on the Internet of Things

Primantara

Bhuana

Doran

2021

LKJITI

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Environmental pollution is a global issue that occurs at this time. It is caused by various human activities that produce pollutants that endanger their lives. By utilizing current technology, it is possible to design a Water and Air Quality Monitoring System based on the Internet of Things to monitor air and water quality quickly and in real-time in the surrounding environment. The users can access this system via the web and Android / IOS mobile applications that display the data obtained by the sensor in the form of real-time graphics of water and air conditions. In addition, this system consists of several sensor nodes in charge of providing field data regarding the parameters used as the basis for assessing water and air quality according to the applicable standards in Indonesia. Sensors for water using a Turbidity Sensor, DS18B20 Sensor, PH Sensor, DHT 11, and TDS (Total Dissolved Solids) Sensor. Sensors for air consist of the DHT11 sensor, the MQ-7sensor, the MQ-135 sensor, and the dust sensor GP2Y1010AU0F.

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Section: Related Studymentioning

confidence: 99%

Water and Air Quality Monitoring System based on the Internet of Things

Primantara

Bhuana

Doran

2021

LKJITI

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Implementation of Automatic Dust Detector on Dust Suppression System on Transfer Tower 0 In Paiton 9 Power Plants

Maulana

Trismawati²,

Mustakim³

2021

Mekanika: Majalah Ilmiah Mekanika

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<p>The operation of dust suppressor and dust collector was operating semi-manually by pressing the power button on the local panel during the initial unloading of coal material from the barge or stockpile, where local operators manage several large areas. This research is carried out on the implementation of Automatic Dust Detector for Dust Suppression operational at Paiton Unit 9 power plants with the aim of increasing the efficiency of operator and equipment performance. We use House of Quality (HOQ) as a determinant of the priority scale for technical response to be implemented, namely the addition of an Automatic Dust Detector. The results obtained showed a decrease in the calculation of the dust suppression operating time, i.e. from 5 hour 54 minutes to 5 hour 6 minutes, from 1005,36L/barge to 869,04L/barge for water consumption, and 1L/barge to 0,86L/barge for chemical use. Furthermore, the implementation of the Automatic Dust Detector can significantly increase efficiency at least 15% from operating time difference. </p>

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Air and Water Quality Indexing and Environment Monitoring

Dr Susheelamma K H,

Basavaraj S Biradar,

Bhavana B

et al. 2024

IJARSCT

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The current state of the environment continues to be a pressing global matter resulting from various human activities that release harmful substances posing a threat to living beings. To combat this issue advancements in technology have paved the way for the creation of an Internet of Things (IoT) based Water and Air Quality Monitoring System providing real-time data on environmental conditions. Through web and mobile applications individuals can easily access this system and view graphical representations of water and air quality readings. This innovative system involves sensor nodes strategically placed in different locations collecting field data and evaluating it against the set standards in India. For water monitoring sensors such as the Turbidity Sensor PH Sensor DHT 11 and TDS Sensor are utilized while for air quality the DHT11 sensor MQ-7 sensor and MQ-135 sensor play a crucial role. With this advanced monitoring system timely and accurate information on the state of the environment can be obtained aiding in taking necessary measures to combat pollution

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Rancang Bangun Desain Internet of Things Untuk Pemantauan Kualitas Udara Pada Studi Kasus Polusi Udara

Cited by 3 publications

References 0 publications

Water and Air Quality Monitoring System based on the Internet of Things

Water and Air Quality Monitoring System based on the Internet of Things

Implementation of Automatic Dust Detector on Dust Suppression System on Transfer Tower 0 In Paiton 9 Power Plants

Air and Water Quality Indexing and Environment Monitoring

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