APLIKASI ALAT UKUR PARTIKULAT DAN SUHU BERBASIS IOT
Abstract
Human daily life depends on air, so air quality needs to be protected especially against pollution. Decreasing air quality due to dust pollution can result in ARI. Makes it easier to measure ambient air and air temperature using internet-based technology. Designing internet-based dust and temperature measuring devices using the gp2y1010au0f type dust sensor, and DHS11 sensor as a temperature sensor, amplifier circuit, NodemCU microcontroller, and LCD (Liquid Crystal Display). The measurement application is carried out at the location of the PT. Djabus Tunas Utama Ngoro Mojokerto East Java at 10 sampling points around the mixing tube. The measurement results show the concentration carried by ambient air quality standards when the engine stops, so it is safe for employees. When the machine is mixing and the machine is not mixing (ordinary conditions) the concentration of particulates and the temperature exceeds the ambient air quality standard, for that all employees are required to use PPE.
References
[2] Munthe, E., Yunus, F., Wiyono, W., H., Ikhsan M., 2003, Pengaruh Inhalasi Sulfur Oksida Terhadap Paru Cermin Kedokteran: 138: http://journal.unair.ac.id/downloadfull/KESLING8628- 3d95e64d75fullabstract.pdf, p. 29-233, diakses May 2018
[3] Syahrorini1, S., Rahmansyah, A., Pramono, S., H., Soemarno. 2017, Computer Simulation Of The Dispersion Gaussian Model Of Sugar Factory Particulate, Asian Conference on Industrial Technology and Integrated Engineering (ACITIE2017)
[4] Syahrorini S., Mafatihul A., E., A., 2017, Alat Pendeteksi Debu Dengan Menggunakan Arduino Uno Dan Berbasis SMS Gateway, Skripsi, Teknik Elekrto, Fakultas Teknik, Universitas Muhammadiyah Sidoarjo
[5] S. Syahrorini, Akhmad Ahfas. 2017 “Penyebaran Partikulat Kawasan Pabrik Gula Krembung”,
https://journal.uny.ac.id/index.php/elinvo/article/download/19241/10926, diakses tanggal May 2018
[6] Syahrorini., S., Hadidjaja, D., Ahfas, A., Rahmansyah, A., Purnomo, S.,H., 2018, Design Measuring Instrument Dust Based Internet Of Things, iopscience.iop.org/article/10.1088/1757-899X/434/1/.../pdf , diakses May 2018
[7] Syahrorini1, S., Rahmansyah, A., Pramono, S., H., Soemarno, 2018, Distribution Model of Particulate Dust From Chimney of Sidoarjo Sugar Factory, https://jpal.ub.ac.id/index.php/jpal/article/viewFile/353/- 269, JPAL Vol. 9, No. 2, diakses May 2018
[8] Soemirat S., 2004. ”Kesehatan Lingkungan”, Gadjah mada University Press
[9] Pudjiastuti, W., 2002, Debu Sebagai Bahan Pencemar yang Menbahayakan Kesehatan Kerja,
http://www.Depkes.go.id/debuPDF,/ diakses 6 April 2012
[10] Ruslindah, Y., Dawati, H., Fitria, D., 2009, Karakteristik Fisik dan Kimia Partikulat Kota Padang,
repo.unand.ac.id/2914/, diunduh 19 April 2013
[11] DepKes. Republik Indonesia, 1993, Upaya Kesehatan Kerja Sektor In Formal Di Indonesia Cetakan ke 2,
Gunung Agung Jakarta
