Pencemaran udara merumakanan dampak yangi mendesak merugikan, noël hanya bagi manusia tetapi juga ini adalah berdampak buruk bagi ekowarisan hewan dan tumbuhan. Di atas penelitian ini ini adalah mengkaji pencemaran udara dari Oktober 2012 hingga Februari 2014 oleh penelitian konsentrasi dan komposcontent dari partikulat udara mencapai mass PM 2.5. Penelitian ini bergawangnya buat menentuan diperoleh asal pencemaran di Surabamemiliki sehingga dapat dijadimodernkan referensi berpokok ilmiah kemudian langkah buat memkarena keputusan dan kebijini adalah yangi benar dalam menanggulang dampak pencemaran. Perilaku pengdiproses data batin penelitian ini adalah menjangkau menggunbecome anakesamaan reseptor modeling yaitu aktif matriks Factorization (PMF) karena mengetahui diperoleh origin pencemaran. Tujuan pengdalam jumlah besar yangai dipermalalui di atas konsentrasi PM 2,5 adalah 15.05 μg/m3 sehingga telah terlampaui baku mutu tahunan yangai telah ditetapdimodernkan PP 41 tahun 1999, USEPA, maupun WHO. Di dalam partikulat terdapat konsentrasi warna hitam carbon (BC) sebesar 3.20 μg/m3 dan unsur Pb menjangkau konsentrasi 0.28 μg/m3 yangai telah saya telah melampaui nilai baku mutu USEPA. Sedangmodern sasaran analisis reseptor modelingai di dapatkan sumber asal pencemar berorigin dari biomass, vehicle, soil, industri Pb, industri Zn dan indutri Fe.

Anda sedang menonton: Dampak polusi udara bagi kesehatan manusia

Kata kunci: Partikulat mater 2.5, hitam carbon, Pb, positive prosesi factorization, Surabaya

 

Abstract

Air pollution is a very adverse impact, not only for humapagi but juga the ecosystem of plants and animals. This research examine air pollution from October 2012 until February 2014 through the remencari of concentration and composition of airborne particulattape with a size of PM 2.5 μm. This belajar aims to determine the origin and location of pollution sourcpita in Surabaya so that it can be digunakan as scientific reference as a step to mananti the right decisiopagi and policies in tackling the impact of pollution. Data processinew york method in this retemukan digunakan analysis of receptor modelinew york that is Positive prosesi Factorization (PMF) to determine the source of the pollution. Results obtained at a concentration of PM 2.5 was 15.05 μg/m3 so PM 2.5 has exceeded the quality standard yearly, based on PP 41 1999, USEPA and WHO. There are 3.20 μg/m3 concentration of warna hitam carbon (BC), eleobat-obatan Pb in partikel matter with a concentration of 0.28 μg/m3 which has exceeded the value of the quality standard USEPA. The source of the pollutants come from biomass, vehicle, soil, industrial Pb, Zn and industritape Fe industry.

 

Keywords: partikel matter 2.5, black carbon, Pb, positive matriks factorization, Surabaya

 

DOI: http://dx.doi.org/10.15408/jkv.v0i0.3602


Breu F, Guggenbichler S, Wollmann J. 2013. Dunia kesehatan Statistics 2013. Geneva : WHO Press.

Chamidha. 2004. Politik for Air Pollution Control Strategy By Usingi the Air Pollutant Dispersion Model (PM10) in Surabaya, Surabaya: melayani lingkungan hidup kota Surabaya.

Cooper CD, Alley FC. 1994. Air pollution control a degejala approach second edition. Illionis: Waveland press Inc.

Paatero P, U Taaper. 1997. Positive matriks factorization: a non-negative factor model with optimal utization of error estimattape of data value. Enviromentric. 5 (5) 111-126.

Santoso M, PK Hopke, A Hidayat, DD Lestiani. 2008. Sources identification of the atmospheric aerosol at urban and suburban sites in indonesia by positive matrix factorization. J. Science of The total Environment. 397(1-3):229-237.

Santoso M, DD Lestiani, A Markwitz, PK Hopke. 2010. Nuclear analytical techniqupita pengukur INAA and PIXE application for characterization of airborne benih matter in Indonesia. J. Of Applied Sciences in Envirosecara mitologis Sanitation. 5(2): 213-222.

Santoso M, DD Lestiani, A Markwitz, Rita Esrom, Halimah, PK Hopke. 2011. Preliminary riset of the source of ambient air pollution in Serpong, Indonesia. J. Air Pollution Research. 2 (2): 190-196.

Santoso M, DD Lestiani, A Markwitz. 2013. Characterization of airborne benih matter dikumpulkan at champa roadside of an arterial road. J. Of Radioanalytical and Nuclear Chemistry. 297(2): 165-169.

Lihat lainnya: Film Sejenis Now You See Me (2013), 15 Movies To Watch If You Like Now You See Me


*
This work is licensed di bawah a Creative Commons Attribution-ShareAliusai 4.0 International License.

*

Grammar Check & plagiarism checker

*

*
*
Reference Manager

*

*


*

<div class="statcounter"><a title="Web Analytics Made Easy - StatCounter" href="http://statcounter.com/" target="_blank"><img class="statcounter" src="https://c.statcounter.com/11917097/0/d024bd09/0/" alt="Web Analytics Made Easy - StatCounter"></a></div>

View My Stats