ANALISIS EFEKTIVITAS SENSOR PM 2.5 DALAM PENGGUNAAN PEMURNI UDARA PADA PRODUK COWAY AIR PURIFIER DI PT. COWAY INTERNATIONAL INDONESIA

Marco Hiras Wibisono L Tobing Zuraidah Tharo

Abstract


Abstrak-Riset ini dilakukan untuk melihat tingkat efektivitas dari sebuah pemurni udara dari Coway dengan tipe Storm dimana pada alat ini menggunakan sensor PM 2.5 yang dapat membaca partikulat-partikulat yang ada di udara dengan ukuran tak kasat mata sampai dengan ukuran 2.5μ (mikrometer). Partikulat ini terdiri dari debu, partikel besi halus, bakteri, sampai dengan virus yang tentu saja sangat berbahaya bagi umat manusia

Kata Kunci: Sensor PM 2.5, pemurni udara, coway, coway storm, partikulat

Abstract-This research was carried out to see the level of effectiveness of Coway's Storm type air purifier, where this tool uses a PM 2.5 sensor which can read particulates in the air with an invisible size of up to 2.5μ (micrometers). These particulates consist of dust, fine iron particles, bacteria, and even viruses which are of course very dangerous for humans

Keywords: PM 2.5 sensor, air purifier, coway, coway storm, particulates


Keywords


PM 2.5 sensor, air purifier, coway, coway storm, particulates

Full Text:

PDF

References


Sunggyu Lee. (2014).Air Pollution and Control: Monitoring, Analysis, and Remediation. Florida: CRC Press.

Obert and J. B. Staudt. (1998).Handbook of Air Pollution From Internal Combustion Engines: Pollutant Formation and Control. California:Academic Press

Andrzej G. Chmielewski and Jaroslaw N. Nowak. (2011).Air Pollution Monitoring, Modelling and Health. Florida:CRC Press

Jeremy Colls and Abhishek Tiwary. (2011).Air Pollution Monitoring, Assessment, and Management. Florida:CRC Press

Frank A. Gunther and Nancy E. Sickbert. (2012).Handbook of Environmental Monitoring. New Jersey:Wiley-Blackwell

Yuan et al. (2018).Development and Performance Evaluation of a Portable Optical PM 2.5 Sensor Mousavi et al. (2021).A Review on Recent Advancements in PM2.5 Sensing Technologies for Air Pollution Monitoring.

Gadgil et al.(2020).Performance Evaluation of Low-Cost PM2.5 Sensors For An Urban Air Quality Monitoring Network In Mumbai

Wei et al.(2019).Development And Evaluation Of An Open-Source PM2.5 Sensor With High Spatiotemporal Resolution

Jia et al.(2017).Real-time monitoring of indoor PM2.5 concentration using a portable sensor

Rai et al.(2019).Performance of Low-Cost PM2.5 Sensors in High and Low Concentration Urban Environments

Dong et al.(2019).A portable and low-cost PM2.5 sensor based on laser scattering technology

Cheng et al.(2018).Portable PM 2.5 Sensor System for Real Time Air Pollution Monitoring

Zavala et al.(2020).Evaluation of a Low-Cost PM2.5 Sensor for a Community Air Quality Network in California's San Joaquin Valley

Kim et al.(2020).Development and evaluation of an inexpensive PM2.5 sensor for air quality monitoring in urban areas




DOI: https://doi.org/10.30596/rele.v6i1.17556

Refbacks

  • There are currently no refbacks.